132f_c4b9
H3C/\/\/═\/\/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2 Incorrect Δ–9,15 Correct Δ–10,15 Incorrect Δ–6,12 Incorrect Δ–7,12 Incorrect MC1e0c_2b8d
H3C/\/\/\/\/\/\‗/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–13,20 Incorrect Δ–14,20 Incorrect Δ–2,9 Correct Δ–3,9 Incorrect Δ–1,2 Incorrect MCbceb_7e92
H3C/\/\/═\/═\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–4,8,10 Incorrect Δ–2,7,10 Correct Δ–6,9,14 Incorrect Δ–8,10,14 Incorrect MC036a_9d5e
H3C/\/═\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,10 Incorrect Δ–1,2 Incorrect Δ–6,12 Correct Δ–7,12 Incorrect Δ–5,10 Incorrect MCfe55_0d3f
H3C/\/\‗/\‗/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–4,9,12 Correct Δ–6,10,12 Incorrect Δ–1,2,3 Incorrect Δ–7,9,13 Incorrect Δ–5,8,13 Incorrect MCb5d6_0fb2
H3C/\/\/═\/═\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–6,9,16 Incorrect Δ–4,10,12 Incorrect Δ–8,10,16 Incorrect Δ–2,9,12 Correct Δ–1,2,3 Incorrect MCe590_e1d4
H3C/\/═\/\‗/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–9,12,16 Correct Δ–4,8,11 Incorrect Δ–11,13,16 Incorrect Δ–6,9,11 Incorrect MC9d6a_1bcd
H3C/\‗/\‗/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2 Incorrect Δ–12,14 Incorrect Δ–11,14 Correct Δ–4,6 Incorrect Δ–3,6 Incorrect MCfd08_8dd3
H3C/\‗/\‗/\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–5,7,16 Incorrect Δ–3,6,16 Incorrect Δ–7,16,18 Incorrect Δ–5,15,18 Correct MC064a_9dc2
H3C/\/\‗/\/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–3,6,13 Correct Δ–1,2,3 Incorrect Δ–5,7,13 Incorrect Δ–7,13,15 Incorrect Δ–5,12,15 Incorrect MC2ea3_8238
H3C/\/\/\/\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–12,16 Incorrect Δ–1,2 Incorrect Δ–11,16 Incorrect Δ–3,8 Correct Δ–4,8 Incorrect MC7f8f_8793
H3C/\‗/\‗/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–7,11,13 Incorrect Δ–5,7,11 Incorrect Δ–3,6,11 Incorrect Δ–5,10,13 Correct Δ–1,2,3 Incorrect MC322a_b343
H3C/\/\/\/═\/\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–1,2 Incorrect Δ–4,14 Incorrect Δ–9,19 Incorrect Δ–8,19 Incorrect Δ–3,14 Correct MCc794_416f
H3C/\/\/\/═\/\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–8,13,18 Incorrect Δ–10,14,18 Incorrect Δ–4,9,14 Correct Δ–6,10,14 Incorrect MCebc1_d4ed
H3C/\‗/\‗/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–5,13,16 Correct Δ–1,2,3 Incorrect Δ–7,14,16 Incorrect Δ–5,7,14 Incorrect Δ–3,6,14 Incorrect MCca4a_cbc8
H3C/\/\/\/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–4,7 Correct Δ–13,16 Incorrect Δ–14,16 Incorrect Δ–5,7 Incorrect Δ–1,2 Incorrect MCcf9d_519a
H3C/\/\/\‗/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–7,14 Incorrect Δ–2,9 Correct Δ–3,9 Incorrect Δ–1,2 Incorrect Δ–8,14 Incorrect MCebc1_b59b
H3C/\‗/\‗/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–5,13,16 Correct Δ–5,7,14 Incorrect Δ–7,14,16 Incorrect Δ–3,6,14 Incorrect MCd2d2_5377
H3C/\/\‗/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–5,7,11 Incorrect Δ–5,10,13 Incorrect Δ–3,6,11 Correct Δ–1,2,3 Incorrect Δ–7,11,13 Incorrect MCe668_adee
H3C/\/\/\‗/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–3,9 Correct Δ–8,13 Incorrect Δ–7,13 Incorrect Δ–4,9 Incorrect Δ–1,2 Incorrect MC2f07_331c
H3C/\/\/═\/\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–4,7,12 Correct Δ–6,11,14 Incorrect Δ–1,2,3 Incorrect Δ–6,8,12 Incorrect Δ–8,12,14 Incorrect MC288a_429c
H3C/\/\/\/═\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–8,11 Incorrect Δ–9,11 Incorrect Δ–6,9 Correct Δ–1,2 Incorrect Δ–7,9 Incorrect MC216e_4f2d
H3C/\/═\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,11 Incorrect Δ–5,11 Incorrect Δ–1,2 Incorrect Δ–6,12 Incorrect Δ–5,12 Correct MCec67_ae29
H3C/\‗/\/\/═\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–3,9,13 Incorrect Δ–6,9,14 Incorrect Δ–4,8,14 Correct Δ–5,10,13 Incorrect Δ–1,2,3 Incorrect MCdcdc_7d56
H3C/\/═\/═\/═\/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–4,7,10 Incorrect Δ–6,8,10 Incorrect Δ–12,15,18 Correct Δ–14,16,18 Incorrect Δ–1,2,3 Incorrect MC98a0_7bed
H3C/\/\/\/\/\/\/═\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–14,19 Incorrect Δ–15,19 Incorrect Δ–2,7 Correct Δ–3,7 Incorrect Δ–1,2 Incorrect MCe358_7f5c
H3C/\/\/\‗/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2 Incorrect Δ–5,11 Incorrect Δ–4,11 Correct Δ–7,14 Incorrect Δ–8,14 Incorrect MC6e6d_8aee
H3C/\‗/\/\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–2,5,13 Correct Δ–3,11,14 Incorrect Δ–4,6,13 Incorrect Δ–1,2,3 Incorrect Δ–5,12,14 Incorrect MC3337_6125
H3C/\/\/\/\/\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–3,8 Correct Δ–14,18 Incorrect Δ–4,8 Incorrect Δ–13,18 Incorrect Δ–1,2 Incorrect MC1154_2f16
H3C/\/\/═\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–6,9,12 Incorrect Δ–4,7,10 Correct Δ–8,10,12 Incorrect Δ–1,2,3 Incorrect Δ–6,8,10 Incorrect MC264f_fad7
H3C/\‗/\‗/\/\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–3,15,18 Correct Δ–1,2,3 Incorrect Δ–5,7,18 Incorrect Δ–5,16,18 Incorrect Δ–3,6,18 Incorrect MCfaae_ff75
H3C/\/═\/═\/\‗/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–11,15,18 Correct Δ–6,8,11 Incorrect Δ–13,16,18 Incorrect Δ–4,7,11 Incorrect Δ–1,2,3 Incorrect MC077d_04fb
H3C/\/\/═\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–2,12 Correct Δ–7,16 Incorrect Δ–6,16 Incorrect Δ–3,12 Incorrect Δ–1,2 Incorrect MC0940_cb96
H3C/\/\/\/\‗/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2 Incorrect Δ–10,12 Incorrect Δ–5,8 Correct Δ–6,8 Incorrect Δ–9,12 Incorrect MC9abe_4a32
H3C/\‗/\/\/\/\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–4,20 Incorrect Δ–2,19 Correct Δ–3,19 Incorrect Δ–3,20 Incorrect Δ–1,2 Incorrect MC6f4b_6a65
H3C/\/\‗/\/═\/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–5,9 Incorrect Δ–1,2 Incorrect Δ–6,9 Incorrect Δ–12,15 Incorrect Δ–11,15 Correct MC1e4f_cb8f
H3C/\/\/\/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–10,13 Incorrect Δ–1,2 Incorrect Δ–11,13 Incorrect Δ–4,6 Incorrect Δ–3,6 Correct MC61d5_4c5a
H3C/\/\/═\/═\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–3,7,10 Correct Δ–8,10,13 Incorrect Δ–5,8,10 Incorrect Δ–1,2,3 Incorrect Δ–6,9,13 Incorrect MC7b26_d934
H3C/\‗/\/\/\‗/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–3,10,14 Incorrect Δ–6,10,17 Correct Δ–5,11,14 Incorrect Δ–8,11,17 Incorrect MC0cd2_26af
H3C/\/═\/\/\‗/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–4,10,19 Incorrect Δ–6,11,19 Incorrect Δ–2,11,17 Correct Δ–4,12,17 Incorrect MCa729_dd84
H3C/\/\/\‗/\/\/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–7,14,20 Incorrect Δ–1,2,3 Incorrect Δ–2,8,15 Correct Δ–9,15,20 Incorrect Δ–4,9,15 Incorrect MC3af8_d026
H3C/\/\‗/\/\/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–6,14 Incorrect Δ–1,2 Incorrect Δ–7,16 Correct Δ–8,16 Incorrect Δ–5,14 Incorrect MCcd29_1a82
H3C/\/\/\/═\/\/═\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–10,14,17 Incorrect Δ–2,6,11 Correct Δ–8,13,17 Incorrect Δ–1,2,3 Incorrect Δ–4,7,11 Incorrect MC6b1e_cdab
H3C/\/\/\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–8,17 Incorrect Δ–1,2 Incorrect Δ–4,12 Incorrect Δ–3,12 Correct Δ–9,17 Incorrect MC3bdb_552c
H3C/\/\/\‗/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–7,15 Incorrect Δ–3,11 Correct Δ–4,11 Incorrect Δ–8,15 Incorrect Δ–1,2 Incorrect MC4b77_1e9c
H3C/\/═\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,7,12 Incorrect Δ–6,11,14 Incorrect Δ–1,2,3 Incorrect Δ–2,6,12 Correct Δ–4,10,14 Incorrect MCed20_02ea
H3C/\‗/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–10,15 Incorrect Δ–4,9 Incorrect Δ–9,15 Correct Δ–3,9 Incorrect Δ–1,2 Incorrect MC30ea_3f4a
H3C/\‗/\/\/\/\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–3,14,19 Incorrect Δ–5,15,19 Incorrect Δ–5,9,19 Incorrect Δ–1,2,3 Incorrect Δ–3,8,19 Correct MC6b6a_f10d
H3C/\/═\/\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2 Incorrect Δ–7,14 Incorrect Δ–6,14 Correct Δ–5,12 Incorrect Δ–4,12 Incorrect MCaa0f_ddf9
H3C/\/\/═\/═\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–11,13,15 Incorrect Δ–9,12,15 Correct Δ–6,9,12 Incorrect Δ–1,2,3 Incorrect Δ–8,10,12 Incorrect MC65fe_9d1f
H3C/\‗/\/\/═\/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–3,9,14 Incorrect Δ–9,13,18 Incorrect Δ–5,10,14 Incorrect Δ–1,2,3 Incorrect Δ–7,12,18 Correct MC7679_cfe8
H3C/\/\/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–3,7 Correct Δ–10,13 Incorrect Δ–4,7 Incorrect Δ–9,13 Incorrect Δ–1,2 Incorrect MCaeed_881d
H3C/\/\/═\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–5,7,10 Incorrect Δ–1,2,3 Incorrect Δ–3,6,10 Correct Δ–6,10,13 Incorrect Δ–8,11,13 Incorrect MCe5c9_350b
H3C/\/\/\‗/\/\/═\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–9,14,17 Incorrect Δ–3,7,13 Correct Δ–5,8,13 Incorrect Δ–7,13,17 Incorrect MCe7d2_64df
H3C/\/\/\/═\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–9,15 Incorrect Δ–1,2 Incorrect Δ–5,11 Incorrect Δ–8,15 Incorrect Δ–4,11 Correct MC89ee_15df
H3C/\/\‗/\/\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–7,15,18 Incorrect Δ–1,2,3 Incorrect Δ–2,6,15 Correct Δ–5,14,18 Incorrect Δ–4,7,15 Incorrect MC88ec_b79e
H3C/\/\/\/═\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–8,12 Incorrect Δ–9,12 Incorrect Δ–1,2 Incorrect Δ–7,11 Correct Δ–8,11 Incorrect MC0035_4d64
H3C/\/\‗/\/═\/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–7,10,17 Incorrect Δ–4,12,16 Correct Δ–5,9,17 Incorrect Δ–6,13,16 Incorrect MC54ff_4e94
H3C/\‗/\/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,9,13 Incorrect Δ–2,8,13 Correct Δ–3,8,14 Incorrect Δ–1,2,3 Incorrect Δ–5,9,14 Incorrect MCc50a_e331
H3C/\‗/\/\/\/═\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–10,18 Correct Δ–11,18 Incorrect Δ–1,2 Incorrect Δ–3,11 Incorrect Δ–4,11 Incorrect MC2694_1ec2
H3C/\/═\/\‗/\/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–6,12,16 Correct Δ–8,13,16 Incorrect Δ–4,8,14 Incorrect Δ–1,2,3 Incorrect Δ–6,9,14 Incorrect MC0ae2_ce1b
H3C/\/═\/\‗/\‗/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–10,13,17 Correct Δ–4,8,11 Incorrect Δ–12,14,17 Incorrect Δ–6,9,11 Incorrect MC78d4_40f1
H3C/\/═\/\/\/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–8,16 Correct Δ–9,16 Incorrect Δ–5,12 Incorrect Δ–1,2 Incorrect Δ–4,12 Incorrect MCe35a_9f74
H3C/\/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2 Incorrect Δ–4,7 Correct Δ–9,12 Incorrect Δ–10,12 Incorrect Δ–5,7 Incorrect MCf536_0caa
H3C/\/\/\/\/═\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–3,8 Correct Δ–4,8 Incorrect Δ–11,15 Incorrect Δ–10,15 Incorrect Δ–1,2 Incorrect MC46fe_2d0f
H3C/\/\/\/\/\/\/\/═\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–16,19 Incorrect Δ–17,19 Incorrect Δ–4,6 Incorrect Δ–3,6 Correct Δ–1,2 Incorrect MCf73b_54eb
H3C/\/\/\/═\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–8,10 Incorrect Δ–1,2 Incorrect Δ–7,10 Correct Δ–8,11 Incorrect Δ–9,11 Incorrect MC95af_0f56
H3C/\/\/\‗/\/\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–9,17,20 Incorrect Δ–4,7,15 Incorrect Δ–2,6,15 Correct Δ–7,16,20 Incorrect Δ–1,2,3 Incorrect MC6665_caba
H3C/\/\/\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–2,6 Correct Δ–3,6 Incorrect Δ–1,2 Incorrect Δ–12,15 Incorrect Δ–11,15 Incorrect MC1d09_ab92
H3C/\‗/\/\/\‗/\/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–13,19 Incorrect Δ–3,10 Incorrect Δ–4,10 Incorrect Δ–1,2 Incorrect Δ–12,19 Correct MCb083_0825
H3C/\‗/\/═\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–3,7 Incorrect Δ–1,2 Incorrect Δ–11,14 Incorrect Δ–10,14 Correct Δ–4,7 Incorrect MC8b69_97af
H3C/\/\/\‗/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2 Incorrect Δ–7,10 Incorrect Δ–9,12 Correct Δ–10,12 Incorrect Δ–8,10 Incorrect MCc646_1aba
H3C/\/\‗/\/\/\/\/\‗/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–7,17,19 Incorrect Δ–5,16,19 Incorrect Δ–5,7,17 Incorrect Δ–3,6,17 Correct Δ–1,2,3 Incorrect MC31f7_175f
H3C/\/\/═\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–5,9,12 Incorrect Δ–6,10,15 Incorrect Δ–8,11,15 Incorrect Δ–1,2,3 Incorrect Δ–3,8,12 Correct MC38de_3395
H3C/\/\/═\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2 Incorrect Δ–9,11 Incorrect Δ–7,9 Incorrect Δ–6,9 Incorrect Δ–8,11 Correct MC6f4b_67c7
H3C/\/\‗/\/═\/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–12,15 Incorrect Δ–6,9 Incorrect Δ–11,15 Correct Δ–5,9 Incorrect Δ–1,2 Incorrect MC1ac7_cdda
H3C/\/\/\/\/═\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2 Incorrect Δ–10,14 Incorrect Δ–3,7 Correct Δ–4,7 Incorrect Δ–11,14 Incorrect MC17a8_d6e8
H3C/\/═\/\/═\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–6,10,13 Incorrect Δ–4,8,13 Correct Δ–4,9,13 Incorrect Δ–6,9,13 Incorrect Δ–1,2,3 Incorrect MCf9f8_40f9
H3C/\/\/\/\/\‗/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–11,15 Incorrect Δ–4,8 Correct Δ–12,15 Incorrect Δ–1,2 Incorrect Δ–5,8 Incorrect MC077d_ab49
H3C/\/\/═\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–6,16 Incorrect Δ–7,16 Incorrect Δ–1,2 Incorrect Δ–2,12 Correct Δ–3,12 Incorrect MCc413_7891
H3C/\/\/\‗/\‗/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–7,10,18 Incorrect Δ–5,12,14 Incorrect Δ–1,2,3 Incorrect Δ–9,11,18 Incorrect Δ–3,11,14 Correct MC7413_3fd0
H3C/\/\/═\/\‗/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–4,8,12 Correct Δ–6,9,12 Incorrect Δ–8,11,14 Incorrect Δ–6,10,14 Incorrect Δ–1,2,3 Incorrect MC3d2f_79ce
H3C/\/\/\‗/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–8,11 Incorrect Δ–5,9 Correct Δ–1,2 Incorrect Δ–6,9 Incorrect Δ–7,11 Incorrect MC6bf9_c407
H3C/\‗/\‗/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,10,13 Correct Δ–5,7,12 Incorrect Δ–3,6,12 Incorrect Δ–1,2,3 Incorrect Δ–6,11,13 Incorrect MCff79_8c6b
H3C/\/\/\‗/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–7,10,13 Incorrect Δ–6,8,10 Incorrect Δ–9,11,13 Incorrect Δ–4,7,10 Correct Δ–1,2,3 Incorrect MC36c5_5a2d
H3C/\/═\/═\/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–4,12,15 Correct Δ–6,8,15 Incorrect Δ–6,13,15 Incorrect Δ–4,7,15 Incorrect MCd3e9_19c7
H3C/\/\/\/\/\/═\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–4,7,10 Correct Δ–1,2,3 Incorrect Δ–6,8,10 Incorrect Δ–14,16,18 Incorrect Δ–12,15,18 Incorrect MC3475_4af0
H3C/\/\/\‗/\/\/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–8,14 Incorrect Δ–8,15 Correct Δ–9,15 Incorrect Δ–7,14 Incorrect Δ–1,2 Incorrect MCc1b8_d36c
H3C/\/\‗/\/\/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–6,12 Incorrect Δ–10,16 Incorrect Δ–5,12 Incorrect Δ–1,2 Incorrect Δ–9,16 Correct MC5657_ff8d
H3C/\/\/\/\‗/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2 Incorrect Δ–9,13 Incorrect Δ–7,10 Incorrect Δ–10,13 Incorrect Δ–6,10 Correct MCa03c_bfc4
H3C/\‗/\/\‗/\/\/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–15,19 Incorrect Δ–14,19 Correct Δ–1,2 Incorrect Δ–3,8 Incorrect Δ–4,8 Incorrect MCf0fd_493f
H3C/\/\/\/\/\/═\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2 Incorrect Δ–12,15 Incorrect Δ–5,8 Correct Δ–6,8 Incorrect Δ–13,15 Incorrect MC4c23_fe74
H3C/\/═\/\/\/\/═\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–6,9,18 Correct Δ–4,13,16 Incorrect Δ–1,2,3 Incorrect Δ–6,14,16 Incorrect Δ–8,10,18 Incorrect MC1b96_963f
H3C/\/═\/═\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–6,8,12 Incorrect Δ–7,11,13 Incorrect Δ–4,7,12 Incorrect Δ–5,10,13 Correct MC7679_8637
H3C/\/\/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,7 Incorrect Δ–9,13 Incorrect Δ–1,2 Incorrect Δ–3,7 Correct Δ–10,13 Incorrect MC9a44_13f3
H3C/\/\/\/═\/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–8,12,18 Incorrect Δ–10,13,18 Incorrect Δ–4,9,12 Incorrect Δ–2,8,12 Correct Δ–1,2,3 Incorrect MCae97_a19d
H3C/\/\/═\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–8,10,18 Incorrect Δ–6,9,18 Incorrect Δ–3,12,15 Correct Δ–5,13,15 Incorrect MC1f12_b942
H3C/\/\/\‗/\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–8,12 Correct Δ–1,2 Incorrect Δ–9,12 Incorrect Δ–8,11 Incorrect Δ–7,11 Incorrect MCde75_21fd
H3C/\/\‗/\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–5,9,14 Incorrect Δ–1,2,3 Incorrect Δ–7,10,14 Incorrect Δ–6,10,13 Incorrect Δ–4,9,13 Correct MC79f1_6f0a
H3C/\/═\/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,9,12 Incorrect Δ–6,9,14 Incorrect Δ–1,2,3 Incorrect Δ–2,8,12 Correct Δ–4,8,14 Incorrect MCa596_b5e0
H3C/\/\/\/\‗/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–4,9 Correct Δ–9,14 Incorrect Δ–10,14 Incorrect Δ–1,2 Incorrect Δ–5,9 Incorrect MC0699_a969
H3C/\/═\/\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–6,11,15 Incorrect Δ–3,8,14 Correct Δ–1,2,3 Incorrect Δ–4,10,15 Incorrect Δ–5,9,14 Incorrect MC8645_59f4
H3C/\‗/\/═\/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–5,8,15 Incorrect Δ–5,12,15 Incorrect Δ–3,7,15 Incorrect Δ–3,11,15 Correct MC7cde_af14
H3C/\/\‗/\/═\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–5,13,16 Incorrect Δ–1,2,3 Incorrect Δ–3,12,16 Correct Δ–7,10,18 Incorrect Δ–5,9,18 Incorrect MCc937_42f5
H3C/\/\‗/\/\‗/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–8,12,16 Incorrect Δ–7,11,15 Incorrect Δ–6,11,16 Correct Δ–5,10,15 Incorrect Δ–1,2,3 Incorrect MCbb31_2dcb
H3C/\/\/\/\‗/\/═\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–9,13,20 Incorrect Δ–1,2,3 Incorrect Δ–11,14,20 Incorrect Δ–4,10,13 Incorrect Δ–2,9,13 Correct MC159c_f294
H3C/\/\/\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–8,13 Incorrect Δ–1,2 Incorrect Δ–5,9 Incorrect Δ–9,13 Incorrect Δ–4,9 Correct MC853a_481b
H3C/\/\/\/\‗/\/\‗/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–4,8,12 Incorrect Δ–2,7,12 Correct Δ–11,15,19 Incorrect Δ–9,14,19 Incorrect Δ–1,2,3 Incorrect MC8951_3f75
H3C/\/\/\/\/\‗/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–2,7 Correct Δ–3,7 Incorrect Δ–1,2 Incorrect Δ–11,16 Incorrect Δ–12,16 Incorrect MC2c12_11e4
H3C/\/\/\/═\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2 Incorrect Δ–7,10 Incorrect Δ–8,12 Incorrect Δ–9,12 Incorrect Δ–6,10 Correct MC81ab_c6ff
H3C/\/\/═\/\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–4,9,14 Correct Δ–6,10,14 Incorrect Δ–8,12,16 Incorrect Δ–6,11,16 Incorrect MC42a4_3169
H3C/\/\/\/═\/═\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–4,9,12 Correct Δ–10,12,16 Incorrect Δ–1,2,3 Incorrect Δ–8,11,16 Incorrect Δ–6,10,12 Incorrect MCb131_1f1e
H3C/\/\/\/\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–3,7 Correct Δ–11,15 Incorrect Δ–12,15 Incorrect Δ–4,7 Incorrect Δ–1,2 Incorrect MCfeb1_337b
H3C/\/═\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2 Incorrect Δ–10,12 Incorrect Δ–4,7 Incorrect Δ–9,12 Correct Δ–5,7 Incorrect MCbeec_ef67
H3C/\‗/\/═\/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–5,8,17 Incorrect Δ–3,7,17 Incorrect Δ–4,13,16 Incorrect Δ–2,12,16 Correct MCa79d_5503
H3C/\/\/═\/\‗/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–6,10,15 Incorrect Δ–6,11,15 Correct Δ–8,11,15 Incorrect Δ–1,2,3 Incorrect Δ–8,12,15 Incorrect MCe493_df5a
H3C/\/\/═\/\/\‗/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–6,12,15 Incorrect Δ–1,2,3 Incorrect Δ–9,11,16 Incorrect Δ–7,10,16 Correct Δ–8,13,15 Incorrect MC8464_8db0
H3C/\‗/\‗/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–8,12,14 Incorrect Δ–6,11,14 Correct Δ–3,6,11 Incorrect Δ–5,7,11 Incorrect MC64e6_11a2
H3C/\‗/\/\/═\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2 Incorrect Δ–8,13 Incorrect Δ–3,9 Incorrect Δ–4,9 Incorrect Δ–7,13 Correct MC0d89_bb8d
H3C/\/\/\/═\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–4,9 Incorrect Δ–8,14 Incorrect Δ–1,2 Incorrect Δ–9,14 Incorrect Δ–3,9 Correct MCd663_1aa2
H3C/\/═\/\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–2,5,12 Correct Δ–4,11,14 Incorrect Δ–4,6,12 Incorrect Δ–1,2,3 Incorrect Δ–6,12,14 Incorrect MC8118_7cfc
H3C/\/═\/\/\‗/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–11,17 Correct Δ–4,10 Incorrect Δ–12,17 Incorrect Δ–5,10 Incorrect Δ–1,2 Incorrect MCe849_a1f9
H3C/\/═\/\/\/\/═\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–4,13,17 Incorrect Δ–1,2,3 Incorrect Δ–6,9,17 Incorrect Δ–6,14,17 Incorrect Δ–4,8,17 Correct MCc191_b2cf
H3C/\/\/\‗/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–7,15 Incorrect Δ–6,13 Incorrect Δ–5,13 Correct Δ–1,2 Incorrect Δ–8,15 Incorrect MC3206_43e2
H3C/\/═\/\‗/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–4,8,11 Incorrect Δ–6,9,11 Incorrect Δ–8,11,15 Correct Δ–1,2,3 Incorrect Δ–10,12,15 Incorrect MC6be5_388d
H3C/\/\/\‗/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–7,13 Incorrect Δ–4,10 Correct Δ–1,2 Incorrect Δ–8,13 Incorrect Δ–5,10 Incorrect MCa043_212e
H3C/\/\/\/\‗/\/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–2,11 Correct Δ–3,11 Incorrect Δ–9,18 Incorrect Δ–10,18 Incorrect Δ–1,2 Incorrect MC20eb_88c4
H3C/\/\/═\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2 Incorrect Δ–6,14 Incorrect Δ–6,15 Incorrect Δ–7,15 Incorrect Δ–5,14 Correct MC4a0c_9884
H3C/\/\‗/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2 Incorrect Δ–5,10 Incorrect Δ–6,10 Incorrect Δ–6,11 Correct Δ–7,11 Incorrect MC1154_8994
H3C/\/\/═\/═\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–4,7,10 Correct Δ–6,9,12 Incorrect Δ–8,10,12 Incorrect Δ–6,8,10 Incorrect MC6ed5_dc06
H3C/\/\/═\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2 Incorrect Δ–5,12 Correct Δ–6,13 Incorrect Δ–7,13 Incorrect Δ–6,12 Incorrect MC962b_5d4b
H3C/\/\/\/\‗/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–7,10 Correct Δ–9,12 Incorrect Δ–1,2 Incorrect Δ–10,12 Incorrect Δ–8,10 Incorrect MC8afb_8fc2
H3C/\/═\/═\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–6,8,16 Incorrect Δ–4,7,16 Incorrect Δ–5,14,17 Correct Δ–7,15,17 Incorrect MC3b47_ec48
H3C/\/\/═\/\/═\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–6,11,15 Incorrect Δ–9,12,16 Incorrect Δ–7,11,16 Correct Δ–1,2,3 Incorrect Δ–8,12,15 Incorrect MCdab8_2942
H3C/\/\‗/\‗/\/\/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–5,8 Incorrect Δ–1,2 Incorrect Δ–13,16 Correct Δ–14,16 Incorrect Δ–6,8 Incorrect MC80fc_d085
H3C/\/\/\/═\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–8,14 Incorrect Δ–5,10 Incorrect Δ–9,14 Incorrect Δ–4,10 Correct Δ–1,2 Incorrect MC44a4_60c6
H3C/\/\‗/\/\/═\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–4,8,13 Incorrect Δ–5,11,16 Incorrect Δ–2,7,13 Correct Δ–7,12,16 Incorrect Δ–1,2,3 Incorrect MC7238_d505
H3C/\/═\/═\/\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–4,7,18 Incorrect Δ–4,14,16 Incorrect Δ–2,13,16 Correct Δ–6,8,18 Incorrect Δ–1,2,3 Incorrect MC6539_0ae2
H3C/\/\/═\/\/\/\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–4,6,16 Incorrect Δ–1,2,3 Incorrect Δ–8,18,20 Incorrect Δ–6,17,20 Incorrect Δ–2,5,16 Correct MC9c80_1fa7
H3C/\/\‗/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–5,8,14 Incorrect Δ–1,2,3 Incorrect Δ–2,8,11 Correct Δ–4,9,11 Incorrect Δ–7,9,14 Incorrect MCfe67_cb1d
H3C/\/═\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–6,14 Incorrect Δ–1,2 Incorrect Δ–4,13 Incorrect Δ–5,14 Correct Δ–5,13 Incorrect MCbf99_9dfc
H3C/\/═\/\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–4,15 Incorrect Δ–6,16 Incorrect Δ–1,2 Incorrect Δ–5,15 Incorrect Δ–5,16 Correct MC8df7_639f
H3C/\/\/\/═\/═\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–5,9,11 Incorrect Δ–1,2,3 Incorrect Δ–3,8,11 Correct Δ–10,12,16 Incorrect Δ–8,11,16 Incorrect MCa8c2_259c
H3C/\/\/\/═\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–8,14,18 Incorrect Δ–4,7,12 Incorrect Δ–10,15,18 Incorrect Δ–2,6,12 Correct Δ–1,2,3 Incorrect MCb5bc_51c4
H3C/\/\/\/\‗/\‗/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–6,10,13 Correct Δ–11,13,16 Incorrect Δ–9,12,16 Incorrect Δ–1,2,3 Incorrect Δ–8,11,13 Incorrect MCbd2a_d922
H3C/\/\/\/═\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–8,12,16 Incorrect Δ–10,13,16 Incorrect Δ–1,2,3 Incorrect Δ–2,6,10 Correct Δ–4,7,10 Incorrect MCd5e4_e3cb
H3C/\‗/\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–1,2 Incorrect Δ–6,13 Correct Δ–7,13 Incorrect Δ–3,10 Incorrect Δ–4,10 Incorrect MC7ee0_ffa0
H3C/\/═\/\/\/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–3,15 Correct Δ–4,16 Incorrect Δ–1,2 Incorrect Δ–5,16 Incorrect Δ–4,15 Incorrect MC7b83_1a0d
H3C/\/\‗/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–7,12 Correct Δ–6,10 Incorrect Δ–1,2 Incorrect Δ–8,12 Incorrect Δ–5,10 Incorrect MCf03d_3f5c
H3C/\/\‗/\‗/\/═\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–8,12,15 Correct Δ–1,2,3 Incorrect Δ–10,13,15 Incorrect Δ–7,9,12 Incorrect Δ–5,8,12 Incorrect MC7ee1_bbc2
H3C/\/\‗/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–6,11 Incorrect Δ–1,2 Incorrect Δ–9,15 Correct Δ–10,15 Incorrect Δ–5,11 Incorrect MC3345_b0ca
H3C/\‗/\/═\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–7,11,14 Incorrect Δ–3,7,12 Incorrect Δ–1,2,3 Incorrect Δ–5,8,12 Incorrect Δ–5,10,14 Correct MC81aa_935c
H3C/\/═\/\/\/\/═\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–4,13,18 Incorrect Δ–5,9,17 Incorrect Δ–6,14,18 Incorrect Δ–1,2,3 Incorrect Δ–3,8,17 Correct MC9520_d5b4
H3C/\‗/\/\/\‗/\‗/\/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–9,12,19 Correct Δ–3,10,13 Incorrect Δ–1,2,3 Incorrect Δ–11,13,19 Incorrect Δ–5,11,13 Incorrect MCdbbe_c473
H3C/\/\/\/═\/\‗/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–10,13,15 Incorrect Δ–2,5,9 Correct Δ–1,2,3 Incorrect Δ–4,6,9 Incorrect Δ–8,12,15 Incorrect MC25d2_79f5
H3C/\/\/\/\/\‗/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–6,9 Correct Δ–1,2 Incorrect Δ–11,14 Incorrect Δ–7,9 Incorrect Δ–12,14 Incorrect MC8a41_15b6
H3C/\/\/\‗/\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–5,15 Correct Δ–6,15 Incorrect Δ–8,17 Incorrect Δ–1,2 Incorrect Δ–7,17 Incorrect MC54e3_a226
H3C/\/\/\/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–10,15 Incorrect Δ–2,8 Correct Δ–1,2 Incorrect Δ–3,8 Incorrect Δ–9,15 Incorrect MCf50f_7206
H3C/\‗/\/\/\/\/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–3,18 Incorrect Δ–1,2 Incorrect Δ–4,18 Incorrect Δ–4,19 Correct Δ–5,19 Incorrect MCc0b1_1c12
H3C/\‗/\/═\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–3,7,13 Incorrect Δ–5,8,13 Incorrect Δ–4,10,14 Correct Δ–6,11,14 Incorrect MCea7f_1570
H3C/\/\‗/\/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2 Incorrect Δ–8,14 Incorrect Δ–7,14 Correct Δ–6,12 Incorrect Δ–5,12 Incorrect MC0940_e408
H3C/\/\/\/\‗/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2 Incorrect Δ–10,12 Incorrect Δ–6,8 Incorrect Δ–5,8 Correct Δ–9,12 Incorrect MC083e_7177
H3C/\/═\/\‗/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–6,9,15 Incorrect Δ–1,2,3 Incorrect Δ–5,11,14 Incorrect Δ–4,8,15 Incorrect Δ–3,10,14 Correct MC6046_a55a
H3C/\/═\/\/\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–4,11 Incorrect Δ–9,16 Correct Δ–1,2 Incorrect Δ–10,16 Incorrect Δ–5,11 Incorrect MC3940_bd42
H3C/\‗/\/═\/\‗/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–3,7,11 Incorrect Δ–5,8,11 Incorrect Δ–8,12,16 Correct Δ–10,13,16 Incorrect MC790a_ec62
H3C/\‗/\/\/\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–5,13 Incorrect Δ–4,13 Correct Δ–1,2 Incorrect Δ–4,12 Incorrect Δ–3,12 Incorrect MC6f86_4a54
H3C/\/\/\/═\/═\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–9,12 Correct Δ–8,11 Incorrect Δ–1,2 Incorrect Δ–10,12 Incorrect Δ–9,11 Incorrect MC3080_9fdf
H3C/\/\/═\/\‗/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–5,8,11 Incorrect Δ–6,10,14 Incorrect Δ–8,11,14 Incorrect Δ–3,7,11 Correct Δ–1,2,3 Incorrect MCff26_b265
H3C/\/\/\‗/\/\/\/═\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–4,8,15 Incorrect Δ–2,7,15 Correct Δ–9,16,20 Incorrect Δ–7,15,20 Incorrect Δ–1,2,3 Incorrect MC8848_052f
H3C/\/\/═\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 17 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 17-carbon fatty acid?
Δ–1,2 Incorrect Δ–7,10 Incorrect Δ–8,11 Incorrect Δ–6,10 Incorrect Δ–7,11 Correct MC1d09_2787
H3C/\‗/\/\/\‗/\/\/\/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–3,10 Incorrect Δ–1,2 Incorrect Δ–4,10 Incorrect Δ–13,19 Incorrect Δ–12,19 Correct MCfb30_a9d1
H3C/\/═\/═\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–8,10,12 Incorrect Δ–6,9,12 Correct Δ–6,8,10 Incorrect Δ–1,2,3 Incorrect Δ–4,7,10 Incorrect MC20eb_3d66
H3C/\/\/═\/\/\/\/═\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–5,14 Correct Δ–7,15 Incorrect Δ–1,2 Incorrect Δ–6,15 Incorrect Δ–6,14 Incorrect MC6b62_87af
H3C/\/\/\/═\/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–9,12 Incorrect Δ–5,8 Incorrect Δ–8,12 Incorrect Δ–1,2 Incorrect Δ–4,8 Correct MCc185_0150
H3C/\/\/\/\/\/\/\/\‗/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–17,20 Incorrect Δ–1,2 Incorrect Δ–3,5 Incorrect Δ–2,5 Correct Δ–18,20 Incorrect MC220c_1bac
H3C/\/\/═\/\/\‗/\/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–2,9,15 Correct Δ–4,10,15 Incorrect Δ–1,2,3 Incorrect Δ–8,13,19 Incorrect Δ–6,12,19 Incorrect MC1072_69b6
H3C/\/═\/\/═\/\/\/\‗/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–6,10,17 Incorrect Δ–1,2,3 Incorrect Δ–5,13,18 Correct Δ–4,9,17 Incorrect Δ–7,14,18 Incorrect MC8365_3379
H3C/\/\/\/\/\‗/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–4,11 Incorrect Δ–12,19 Incorrect Δ–11,19 Incorrect Δ–1,2 Incorrect Δ–3,11 Correct MC3ec3_4370
H3C/\/\/\/═\/\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–8,16 Incorrect Δ–3,11 Correct Δ–1,2 Incorrect Δ–4,11 Incorrect Δ–9,16 Incorrect MC3ef7_cc6c
H3C/\‗/\/\/═\/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–3,9,15 Incorrect Δ–5,10,15 Incorrect Δ–7,13,19 Correct Δ–9,14,19 Incorrect Δ–1,2,3 Incorrect MCf22f_6a4b
H3C/\/\/\/\‗/\‗/\/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–9,12,17 Incorrect Δ–2,7,10 Correct Δ–4,8,10 Incorrect Δ–1,2,3 Incorrect Δ–11,13,17 Incorrect MC6679_2dfd
H3C/\‗/\/\/\‗/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–4,7,13 Incorrect Δ–5,11,14 Incorrect Δ–2,6,13 Correct Δ–3,10,14 Incorrect Δ–1,2,3 Incorrect MC7c9c_81fa
H3C/\/\/\/\/═\/\/\‗/\/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 22 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 22-carbon fatty acid?
Δ–6,12 Correct Δ–11,16 Incorrect Δ–1,2 Incorrect Δ–10,16 Incorrect Δ–7,12 Incorrect MCae25_21eb
H3C/\/\/\/\‗/\/\/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–1,2 Incorrect Δ–3,12 Incorrect Δ–2,12 Correct Δ–10,19 Incorrect Δ–9,19 Incorrect MC2ea3_7b52
H3C/\/\/\/\/\‗/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–1,2 Incorrect Δ–11,16 Incorrect Δ–4,8 Incorrect Δ–12,16 Incorrect Δ–3,8 Correct MC24df_7841
H3C/\/═\/\/═\/\/\‗/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–3,9,14 Correct Δ–5,10,14 Incorrect Δ–6,10,15 Incorrect Δ–4,9,15 Incorrect MCd613_10de
H3C/\‗/\/\/═\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–5,11,16 Incorrect Δ–3,10,16 Correct Δ–3,9,16 Incorrect Δ–5,10,16 Incorrect Δ–1,2,3 Incorrect MC367f_b2f3
H3C/\/\/═\/\/═\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–2,5,10 Correct Δ–6,11,14 Incorrect Δ–4,6,10 Incorrect Δ–8,12,14 Incorrect Δ–1,2,3 Incorrect MCca4a_d7a0
H3C/\/\/\/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–14,16 Incorrect Δ–4,7 Correct Δ–1,2 Incorrect Δ–13,16 Incorrect Δ–5,7 Incorrect MC343b_8d74
H3C/\/\/\‗/\‗/\/\/═\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–2,8,11 Correct Δ–9,11,16 Incorrect Δ–7,10,16 Incorrect Δ–4,9,11 Incorrect MC76f7_0bf5
H3C/\/\/\/\/\‗/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–12,15 Incorrect Δ–6,10 Correct Δ–1,2 Incorrect Δ–11,15 Incorrect Δ–7,10 Incorrect MCba8d_3d83
H3C/\/\/\/═\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 16 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 16-carbon fatty acid?
Δ–8,13 Incorrect Δ–4,8 Incorrect Δ–1,2 Incorrect Δ–9,13 Incorrect Δ–3,8 Correct MCd3c7_29a7
H3C/\‗/\/\‗/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–3,8,14 Incorrect Δ–1,2,3 Incorrect Δ–6,11,15 Incorrect Δ–5,9,14 Incorrect Δ–4,10,15 Correct MC1ad6_8abe
H3C/\/\/\‗/\/\/\/\/═\/COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2 Incorrect Δ–3,13 Correct Δ–4,13 Incorrect Δ–8,17 Incorrect Δ–7,17 Incorrect MC3944_aff5
H3C/\‗/\‗/\/\/\‗/\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–3,6,13 Incorrect Δ–1,2,3 Incorrect Δ–9,15,17 Incorrect Δ–5,7,13 Incorrect Δ–7,14,17 Correct MC5b9f_f11e
H3C/\/\/\/\/\‗/\/\‗/\‗/COOH
The skeletal structure above shows an unsaturated fatty acid with 21 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 21-carbon fatty acid?
Δ–13,17,19 Incorrect Δ–4,6,10 Incorrect Δ–1,2,3 Incorrect Δ–11,16,19 Incorrect Δ–2,5,10 Correct MC8170_0fa9
H3C/\‗/\/═\/\/═\/\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 18 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 18-carbon fatty acid?
Δ–8,12,15 Incorrect Δ–3,7,12 Incorrect Δ–5,8,12 Incorrect Δ–1,2,3 Incorrect Δ–6,11,15 Correct MC0e4b_4cd0
H3C/\‗/\/\‗/\/\/\/═\/\COOH
The skeletal structure above shows an unsaturated fatty acid with 20 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 20-carbon fatty acid?
Δ–1,2,3 Incorrect Δ–5,9,16 Incorrect Δ–6,13,17 Incorrect Δ–3,8,16 Incorrect Δ–4,12,17 Correct MCdfa3_d8f6
H3C/\/═\/\/\/\‗/\‗/\/COOH
The skeletal structure above shows an unsaturated fatty acid with 19 carbons. The methyl end is on the left (H3C) and the carboxyl end (COOH) is on the right. Each vertex and line end represents one carbon atom. Δ (Delta) notation counts carbons from the COOH end (carbon 1).
What is the correct Δ (Delta) notation describing the positions of the double bonds in this 19-carbon fatty acid?
Δ–6,13,15 Incorrect Δ–4,7,15 Correct Δ–6,8,15 Incorrect Δ–4,12,15 Incorrect Δ–1,2,3 Incorrect