164e_c06e
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–5,11,14. 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 ω–5,11,14 notation?
5f61_e6e7
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–5,13 notation?
e646_c7f8
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–4,12,15. 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 ω–4,12,15 notation?
a551_6e1a
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–3,6,10. 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 ω–3,6,10 notation?
f7f8_fbe5
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–5,11 notation?
5e70_a04a
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–3,6. 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 ω–3,6 notation?
1d6a_8c41
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–3,12 notation?
291d_401c
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–3,13,16. 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 ω–3,13,16 notation?
5d70_08d2
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–3,7,12. 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 ω–3,7,12 notation?
a174_ca54
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–3,6,11. 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 ω–3,6,11 notation?
37f7_d840
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–9,16 notation?
1a71_b7c1
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–5,8 notation?
25b7_17c4
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–4,7,13 notation?
95c6_7ddf
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–7,12,15 notation?
aac1_f0ef
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–3,6,9 notation?
cd34_11d3
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–5,14,17. 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 ω–5,14,17 notation?
d66e_0763
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–4,8,16. 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 ω–4,8,16 notation?
8715_a498
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–5,9,14. 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 ω–5,9,14 notation?
401c_d43b
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–3,16. 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 ω–3,16 notation?
a077_d940
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–8,12,16 notation?
4b52_dc41
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–3,7,13 notation?
9a1c_a863
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–7,13,16. 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 ω–7,13,16 notation?
5bbf_31e4
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,8,14. 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 ω–5,8,14 notation?
b7af_1cc2
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–4,7,13 notation?
db3b_9a08
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–3,7. 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 ω–3,7 notation?
a852_c280
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–5,8,12 notation?
9a7d_a684
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–9,13,17. 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 ω–9,13,17 notation?
6377_2a3c
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–5,13 notation?
1965_8819
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–5,9,14. 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 ω–5,9,14 notation?
d741_c85a
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–5,20. 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 ω–5,20 notation?
8ff7_dc44
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–5,14 notation?
26c7_83e0
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–3,12,15 notation?
081e_8cd7
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–4,9 notation?
0405_5d17
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–3,13 notation?
ba55_2f63
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–5,8,12 notation?
b03f_d018
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–4,9,14. 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 ω–4,9,14 notation?
2cac_938b
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–5,15. 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 ω–5,15 notation?
0f2d_e4f6
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–3,15. 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 ω–3,15 notation?
5797_0338
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–8,15. 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 ω–8,15 notation?
7c35_c8c6
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–3,6. 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 ω–3,6 notation?
d4e8_4d07
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–13,17. 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 ω–13,17 notation?
ddff_9d6e
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–9,13,18. 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 ω–9,13,18 notation?
7cc1_16f3
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–4,10,15 notation?
f4e7_8e73
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–5,9,12 notation?
5ea8_1537
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–4,14 notation?
0012_1933
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–13,16 notation?
ba46_f704
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–7,16. 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 ω–7,16 notation?
460e_0351
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–5,12. 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 ω–5,12 notation?
183a_4b17
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–3,8,15. 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 ω–3,8,15 notation?
b14d_b366
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–7,15 notation?
e27b_f34c
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–11,14 notation?
795e_6092
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–6,11 notation?
3020_687d
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–4,9,14. 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 ω–4,9,14 notation?
d859_38c5
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–3,10,14 notation?
de23_222b
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–4,8,17. 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 ω–4,8,17 notation?
6de6_d577
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–5,13,19. 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 ω–5,13,19 notation?
67a1_783f
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–5,11,15. 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 ω–5,11,15 notation?
53f2_f2bf
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–5,8,15. 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 ω–5,8,15 notation?
ccdd_8dcc
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–3,9,14. 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 ω–3,9,14 notation?
6254_8e83
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–4,11. 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 ω–4,11 notation?
e727_3389
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–4,8. 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 ω–4,8 notation?
6fed_1f6b
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–3,8,12 notation?
53ca_49d0
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–5,12,15. 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 ω–5,12,15 notation?
b64a_60d9
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–3,7,17. 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 ω–3,7,17 notation?
7d4c_0a25
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–7,14,17. 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 ω–7,14,17 notation?
1f28_186e
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–6,9,12. 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 ω–6,9,12 notation?
8c72_dddc
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–4,7 notation?
3622_65f2
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–5,8,12 notation?
a140_5672
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–3,9,12 notation?
8e3e_6805
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–4,13 notation?
1054_9263
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–15,19 notation?
e1ee_ccf8
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–3,11,19. 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 ω–3,11,19 notation?
034f_8222
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–5,12,15. 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 ω–5,12,15 notation?
a267_2e89
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–4,8. 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 ω–4,8 notation?
c345_1da1
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–12,15,18 notation?
a3e0_ed5d
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–7,17 notation?
fdd1_419b
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–5,10,14 notation?
3d64_74e6
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–6,11 notation?
b916_4536
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–5,11,15. 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 ω–5,11,15 notation?
6160_ab5c
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–9,14 notation?
0217_5114
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–5,17 notation?
f933_7f1f
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–3,10,15. 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 ω–3,10,15 notation?
090a_fbde
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–6,9,13 notation?
1a71_8a6f
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–5,8 notation?
354b_85a1
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–6,11,14. 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 ω–6,11,14 notation?
1128_a0de
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–5,9,15 notation?
9324_7d71
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–4,7,11 notation?
081e_a3f4
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–4,9 notation?
9fb1_05ec
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–13,19 notation?
a226_6b4a
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–4,16,19 notation?
f228_4b7c
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–3,6,14 notation?
4c7d_3a79
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–12,15 notation?
e742_034c
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–9,14 notation?
cb22_9166
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–6,10,14 notation?
3525_4f55
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–3,9 notation?
ba55_f552
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–5,8,12 notation?
908a_dfeb
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–3,11 notation?
36f7_857e
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–8,11 notation?
2c4d_0afe
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–10,13,16. 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 ω–10,13,16 notation?
b190_2603
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–11,15 notation?
51c4_5086
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–8,12,15. 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 ω–8,12,15 notation?
89a7_edb0
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–16,19 notation?
76f2_10a9
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–3,8 notation?
28f5_057f
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–11,15 notation?
9b50_db2f
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–7,10,13 notation?
0a39_8b2a
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–8,19. 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 ω–8,19 notation?
6030_a497
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–3,6,14 notation?
34c8_5a11
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–3,7,15. 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 ω–3,7,15 notation?
1b42_b06d
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–4,7,18. 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 ω–4,7,18 notation?
70f9_5638
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–4,13 notation?
5f8b_419d
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,16. 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 ω–5,16 notation?
510e_ecf0
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–12,15,18 notation?
6012_a02d
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–6,15 notation?
2167_022a
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–9,12,17. 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 ω–9,12,17 notation?
9e6e_5037
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–8,13 notation?
c300_d12b
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–3,7,12. 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 ω–3,7,12 notation?
a7e9_39bc
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–6,20. 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 ω–6,20 notation?
1d80_9c67
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–3,17 notation?
df51_5d3e
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–3,17 notation?
bedb_15d4
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–3,16. 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 ω–3,16 notation?
f8dd_820f
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–7,11,16. 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 ω–7,11,16 notation?
8b5e_59b5
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–10,14 notation?
0bb0_c9cb
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–7,15 notation?
cd02_2113
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–7,13,17. 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 ω–7,13,17 notation?
9a1c_6f9b
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–7,13,16. 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 ω–7,13,16 notation?
7d8d_edbf
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,10,16. 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 ω–5,10,16 notation?
d204_f40b
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–6,9,17. 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 ω–6,9,17 notation?
6377_71a4
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–5,13 notation?
3813_88bd
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–3,13 notation?
4899_b1c7
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–3,10,18. 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 ω–3,10,18 notation?
95fd_e24f
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–6,13 notation?
04e9_bd6d
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–11,16,19. 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 ω–11,16,19 notation?
d348_1c5a
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–4,17 notation?
d133_4004
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–3,8,11 notation?
eeb0_8eea
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–11,16 notation?
73df_1c88
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–10,15 notation?
1d5a_5842
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–13,18. 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 ω–13,18 notation?
8b5e_a274
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–10,14 notation?
0198_baca
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–6,14 notation?
0051_ae62
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–7,13 notation?
1a5b_4c7b
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–4,14 notation?
c25f_a484
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–5,9,18. 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 ω–5,9,18 notation?
0e18_7436
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–3,8,14. 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 ω–3,8,14 notation?
ac47_6936
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–5,14,18 notation?
5ec5_5805
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–3,9,14. 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 ω–3,9,14 notation?
ddff_3d43
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–9,13,18. 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 ω–9,13,18 notation?
7204_c045
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–8,11 notation?
c94d_85c6
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,10,15. 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 ω–5,10,15 notation?
a1a6_27f5
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–5,13 notation?
f6db_fd1f
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–4,13 notation?
94da_8378
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–5,8 notation?
5f8b_044d
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,16. 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 ω–5,16 notation?
0e15_0a7c
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–12,18. 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 ω–12,18 notation?
46cb_b785
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,11,14. 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 ω–5,11,14 notation?
1c9f_f1f6
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–10,13 notation?
081e_19de
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–4,9 notation?
42c0_01be
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–6,9 notation?
d859_81ad
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–3,10,14 notation?
401c_429b
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–3,16. 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 ω–3,16 notation?
e069_e06a
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–5,10,13 notation?
316d_1303
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–7,11,19. 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 ω–7,11,19 notation?
d24b_706b
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–4,8,17. 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 ω–4,8,17 notation?
f4cc_fed2
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–8,14 notation?
06b4_e32b
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–7,10,16. 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 ω–7,10,16 notation?
77d5_0c29
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–11,16 notation?
7890_6926
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–5,9,12 notation?
28f5_1c84
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–11,15 notation?
0642_721f
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–10,19 notation?
7255_9d21
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–6,12 notation?
264d_54a6
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–4,14 notation?
baec_e2c4
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–9,18 notation?
a975_c278
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–8,11,14 notation?
903d_b362
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–5,10,16. 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 ω–5,10,16 notation?
7f14_8dc2
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–10,17 notation?
f29e_712f
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–3,6. 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 ω–3,6 notation?
67a1_ac09
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–5,11,15. 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 ω–5,11,15 notation?
5f61_32ca
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–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 ω–5,13 notation?
284d_981c
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–5,8,12 notation?
e2c5_05b1
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,9,13. 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 ω–5,9,13 notation?
d774_bfdb
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–3,12,16. 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 ω–3,12,16 notation?
5335_99c6
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–11,15,19. 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 ω–11,15,19 notation?
5fa4_b48c
A polyunsaturated fatty acid with 19 carbons is described by the notation ω–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 ω–10,15 notation?
cb22_4e4f
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–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 ω–6,10,14 notation?
c8a8_40de
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–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 ω–6,12 notation?
e742_4050
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–9,14 notation?
5cee_dc6f
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–6,10. 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 ω–6,10 notation?
d929_c7cd
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–4,11,19. 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 ω–4,11,19 notation?
9060_7212
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–3,14 notation?
3b21_5a98
A polyunsaturated fatty acid with 20 carbons is described by the notation ω–3,6,10. 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 ω–3,6,10 notation?
7130_8733
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–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 ω–5,14 notation?
997a_010a
A polyunsaturated fatty acid with 16 carbons is described by the notation ω–5,9,14. 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 ω–5,9,14 notation?
18be_2a11
A polyunsaturated fatty acid with 22 carbons is described by the notation ω–6,11,18. 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 ω–6,11,18 notation?
ff5f_9ef3
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–6,14 notation?
456b_2497
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–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 ω–6,14 notation?
d1e4_ca0a
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–6,16 notation?
fdc1_13a7
A polyunsaturated fatty acid with 17 carbons is described by the notation ω–3,7,11. 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 ω–3,7,11 notation?
81f0_6a26
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–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 ω–14,18 notation?
f720_66b5
A polyunsaturated fatty acid with 21 carbons is described by the notation ω–5,19. 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 ω–5,19 notation?
ee7d_6be7
A polyunsaturated fatty acid with 18 carbons is described by the notation ω–5,15. 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 ω–5,15 notation?