Question

IfA=LC and I Show that A2-(a+d)A = (bc-ad)I.
LC d
0 1
a
b
Prove that
a-b
b-c
C-a (a3 + b3 + c3-3abc)(y-2)(z-x)
btc c+a a+b
​

Answer 1

Structure -

( Refer to the attachment. )

Additional information -

IUPAC Name = (2Z 5Z) 3-bromo hepta-2,5-diene

Priority = Double bonds

Functional group = Halogen

Substituent = Bromine

Longest C-chain = 7

Molecular formula = C7H11Br

Molecular mass = 174.9 g/mol

Calculation -

→ 12×7 + 1×11 + 79.9

→ 84 + 11 + 79.9

→ 174.9

Isomerism = Geometrical isomerism

Type = E and Z isomer

Note -

E = If substituent is attached opposite side to each other in double bonded C-atom.

Z = If substituent is attached same side in double bonded C-atom.