a792_8512
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–13,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–13,16 notation?
fff7_ef3c
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–6,10,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,10,14 notation?
9614_225c
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–3,6,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,6,14 notation?
9f3f_99b6
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–7,13,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,13,19 notation?
0b89_c6e5
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–3,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9 notation?
13fb_6877
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,15 notation?
0438_9d61
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,9,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9,17 notation?
7ac9_2a14
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,8,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8,18 notation?
5e66_8fa5
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,17 notation?
d058_f4c5
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–9,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,14 notation?
7359_c39d
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–6,9,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,9,13 notation?
2bc6_f8b0
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–4,16,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,16,19 notation?
fe09_bf14
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–9,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,13 notation?
2c88_d39c
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,13 notation?
ec8c_8efa
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–3,10,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,10,14 notation?
8b30_0cc2
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–4,20. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,20 notation?
3c55_a76e
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,10,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,10,16 notation?
8833_2e46
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–5,8. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8 notation?
6111_3642
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,8,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,8,13 notation?
7b3f_0d1d
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–11,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–11,16 notation?
fe43_c13f
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–6,11,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,11,15 notation?
9d5c_4726
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–12,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–12,17 notation?
1686_c310
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–12,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–12,15 notation?
b2e6_3980
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10 notation?
390c_088d
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–5,10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,10,13 notation?
909b_2d20
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,7. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7 notation?
0b89_f52f
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–3,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9 notation?
9a5c_8e13
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–4,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9 notation?
90ae_dd6c
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,17 notation?
ed87_ed2b
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–8,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,13 notation?
36b2_88f2
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–4,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9 notation?
5cc0_37c0
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–4,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9 notation?
b4e5_6182
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–7,12,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,12,15 notation?
a168_c007
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–5,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,10 notation?
8522_a064
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–3,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9 notation?
99c9_141b
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,8,12 notation?
16c1_c3a8
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–13,16,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–13,16,19 notation?
0156_50c1
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–6,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,17 notation?
df75_c4b7
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,11 notation?
bbc8_20ca
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–7,10,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,10,17 notation?
8018_18a0
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–9,12,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,12,15 notation?
f2c7_e38b
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,9 notation?
cdd8_3144
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,13 notation?
5c20_58c7
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–6,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,13 notation?
a767_46a3
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9 notation?
8c77_d07b
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–5,10,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,10,14 notation?
f04c_e94d
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–8,11,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,11,16 notation?
534e_e8d3
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–10,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,15 notation?
09e1_bac6
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–9,14,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,14,18 notation?
c817_225b
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,14,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,14,18 notation?
f4cb_0fc4
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–8,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,17 notation?
1f2d_93fb
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,8,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8,17 notation?
70dd_1a04
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,15 notation?
055f_eab7
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–10,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,15 notation?
2ece_df95
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–7,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,17 notation?
6da8_8059
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–9,12,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,12,15 notation?
a2e7_7339
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–6,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,13 notation?
338f_1570
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–3,11,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,11,15 notation?
e3f4_6328
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,10,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,10,17 notation?
2e24_0af4
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–7,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,12 notation?
57c1_aaca
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–6,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,15 notation?
6290_d617
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,9,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9,16 notation?
f9d1_efe4
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–16,20. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–16,20 notation?
2997_26d9
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–8,12,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,12,16 notation?
a8bd_c27d
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–9,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,14 notation?
07b9_a728
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,8,12 notation?
0d9e_721c
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–11,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–11,14 notation?
2ece_ca8c
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–7,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,17 notation?
8725_08e1
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–8,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,14 notation?
a3c4_0d29
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–7,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,11 notation?
b1d2_3fce
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–9,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,15 notation?
c36d_dd3d
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–6,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,12 notation?
b44b_c290
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–11,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–11,16 notation?
080a_30a1
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,18 notation?
454f_5b7d
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–5,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,9 notation?
eb12_8f5d
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,14,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,14,18 notation?
9e1b_add4
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–6,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,16 notation?
c36d_56ad
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–6,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,12 notation?
909b_490f
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,7. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7 notation?
d328_df14
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,11,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,11,17 notation?
fd68_ac54
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–9,12,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,12,19 notation?
72ca_a417
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,12 notation?
7e36_ee94
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–12,17,20. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–12,17,20 notation?
c8af_8330
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–6,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,11 notation?
07e4_c9c3
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–3,12,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,12,15 notation?
462a_759c
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–5,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,14 notation?
5d52_ced2
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–9,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,12 notation?
3c63_91ce
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–7,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,15 notation?
4bfa_7114
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–3,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,13 notation?
08a9_0788
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,8,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,8,14 notation?
ecc0_dff7
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–5,8,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8,11 notation?
7959_9625
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–6,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,12 notation?
d35e_4f11
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,9,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9,13 notation?
4556_df2c
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–7,12,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,12,16 notation?
03a8_8a93
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–3,7,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,7,10 notation?
56c1_b0d8
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–7,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,12 notation?
1a09_1b17
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–6,10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,10,13 notation?
1a7f_8602
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–4,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,12 notation?
9696_f886
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,9,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,9,14 notation?
0f39_2562
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–4,9,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9,18 notation?
e552_6839
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–5,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,10 notation?
6a1f_8b6b
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,13 notation?
3e61_3253
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–10,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,16 notation?
4eaf_032f
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–5,8. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8 notation?
a1c2_1808
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–10,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,19 notation?
441e_9105
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–9,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,16 notation?
5fbe_7e83
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–5,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,18 notation?
f9d4_103c
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–11,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–11,17 notation?
fb98_7d86
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–7,20. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,20 notation?
f6ff_562a
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–4,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,15 notation?
dbde_69eb
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–4,7,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,12 notation?
8c0d_7d1f
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,12 notation?
da02_1286
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–6,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,13 notation?
5de2_5c4f
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,10,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10,15 notation?
8e18_2605
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–6,10,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,10,15 notation?
9c7a_a812
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–7,12,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,12,17 notation?
6aff_0817
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,11,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,11,16 notation?
d12a_02a3
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–6,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,15 notation?
3daa_d6a6
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–6,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,12 notation?
34b3_dde4
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,14,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,14,19 notation?
e69d_b0d4
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–8,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,18 notation?
6d79_7643
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–4,8,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,8,13 notation?
fb89_a363
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,9,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9,19 notation?
beff_2a05
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,10 notation?
ffc0_8a17
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–8,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,14 notation?
d179_505b
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–9,15,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,15,18 notation?
455c_072d
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,14,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,14,18 notation?
5295_b443
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,12 notation?
2b7f_b4d2
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–3,8,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,8,11 notation?
a9cf_3ae3
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–6,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,15 notation?
6870_48c8
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–10,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,16 notation?
9da0_6431
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–8,11,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,11,14 notation?
8cdc_1e72
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–6,9,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,9,15 notation?
4235_54c5
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–7,10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–7,10,13 notation?
1891_0560
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,10,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10,15 notation?
3101_f634
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,7,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,7,13 notation?
5e76_de14
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–5,8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8,12 notation?
f718_cbff
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,7,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,11 notation?
8491_9645
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–6,9,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,9,14 notation?
8706_7e32
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–8,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,11 notation?
ac90_ac7d
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,14,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,14,17 notation?
4bfa_7d55
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–3,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,13 notation?
25a7_2c16
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–5,14,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,14,18 notation?
8411_a66d
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–5,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,11 notation?
55a4_c2c0
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,14 notation?
ef6b_2583
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–4,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,19 notation?
2443_2483
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–4,10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10,13 notation?
2fbc_6c70
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–8,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,16 notation?
9c3a_c3b5
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–10,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,15 notation?
6989_a92f
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–5,10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,10,13 notation?
0492_866a
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–4,10,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10,16 notation?
5b3d_4f8d
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–8,13,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,13,19 notation?
95a1_745c
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–3,8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,8,12 notation?
09d2_f0ac
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–5,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,17 notation?
e363_cffd
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,11 notation?
1d4e_57d7
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,14 notation?
4eaf_a78d
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–5,8. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8 notation?
2901_d548
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–6,11,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,11,16 notation?
b819_7acc
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9 notation?
b924_c2fb
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,13 notation?
cc6e_9d93
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8,12 notation?
56b4_17bf
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–10,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–10,14 notation?
9696_8271
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–6,9,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,9,14 notation?
c6c9_052f
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,7,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,7,14 notation?
7b96_e391
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,6,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,6,12 notation?
dc41_de6e
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–3,6,9. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,6,9 notation?
c57c_5fb3
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–3,9,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,9,12 notation?
f2af_9706
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–5,8,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8,11 notation?
8c5c_f750
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–6,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,11 notation?
27ee_9d93
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–4,9,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,9,12 notation?
e0d0_926c
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–8,11,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,11,18 notation?
af72_6ae1
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–6,10,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,10,14 notation?
7aa7_8dfe
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–4,11,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,11,14 notation?
4edc_c331
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,12 notation?
82dc_6721
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–5,9,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,9,12 notation?
39fb_ac54
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,10,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10,14 notation?
5238_358a
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–4,11,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,11,16 notation?
ac87_f557
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–3,8. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,8 notation?
c8fe_4942
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–8,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,12 notation?
49c6_fc97
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,7,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,12 notation?
e5e6_9068
A polyunsaturated fatty acid with 18 carbons is described by the notation Δ–3,6,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,6,12 notation?
1b5c_a53b
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–5,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,10 notation?
8413_4a81
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,6,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,6,14 notation?
f718_d6d1
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,7,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,11 notation?
09d2_234f
A polyunsaturated fatty acid with 22 carbons is described by the notation Δ–5,17. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,17 notation?
2095_3181
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–8,11,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,11,14 notation?
252f_372a
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–12,15,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–12,15,18 notation?
3a34_6e9e
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,7,14. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,14 notation?
a096_781b
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–9,15,19. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–9,15,19 notation?
08d2_41fb
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,10. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10 notation?
eb64_adbf
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–5,9,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,9,15 notation?
e363_6325
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–3,11. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–3,11 notation?
49c6_0f20
A polyunsaturated fatty acid with 16 carbons is described by the notation Δ–4,7,12. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,12 notation?
cdfc_6f21
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,7,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,7,13 notation?
959d_5516
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–13,16. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–13,16 notation?
6130_ad62
A polyunsaturated fatty acid with 19 carbons is described by the notation Δ–4,10,13. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–4,10,13 notation?
8945_37d5
A polyunsaturated fatty acid with 21 carbons is described by the notation Δ–8,15,18. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–8,15,18 notation?
2fed_b009
A polyunsaturated fatty acid with 20 carbons is described by the notation Δ–6,15. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–6,15 notation?
24dd_f200
A polyunsaturated fatty acid with 17 carbons is described by the notation Δ–5,8. Each candidate structure below shows a skeletal zigzag with the methyl end on the left (H3C) and the carboxyl end on the right (COOH); each vertex and line end represents one carbon atom.
Which structure correctly matches the Δ–5,8 notation?