Aromatic compounds generally undergo substitution reactions. Substitution of a halogen, such as bromine, for a hydrogen atom in the benzene ring of methylbenzene occurs in the presence of a catalyst (FeBr3) and in the absence of ultraviolet light: CH3 + Br₂ FeBr 3 (Note that, without a catalyst and in the presence of light, the substitution will occur in the methyl group.) Predict the aromatic product of the halogenation of methylbenzene with bromine. Draw the molecule by placing atoms on the grid and connecting them with bonds. Include all hydrogen atoms. View Available Hint(s)

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Can you help part c I’m having trouble .for draw molecule ? Not just draw the number
<// HW-17 //
Item 11
▼
Part C
Aromatic compounds generally undergo substitution reactions. Substitution of a halogen, such as bromine, for a hydrogen atom in the benzene ring of methylbenzene
occurs in the presence of a catalyst (FeBr3) and in the absence of ultraviolet light:
CH 3
20 F3
000
000 F4
(Note that, without a catalyst and in the presence of light, the substitution will occur in the methyl group.)
Predict the aromatic product of the halogenation of methylbenzene with bromine.
Draw the molecule by placing atoms on the grid and connecting them with bonds. Include all hydrogen atoms.
▶View Available Hint(s)
Q
Q
F5
9
MacBook Air
F6
◄◄
+ Br₂
F7
FeBr 3
?
► 11
F8
F9
< 11 of 11
F10
F11
Transcribed Image Text:<// HW-17 // Item 11 ▼ Part C Aromatic compounds generally undergo substitution reactions. Substitution of a halogen, such as bromine, for a hydrogen atom in the benzene ring of methylbenzene occurs in the presence of a catalyst (FeBr3) and in the absence of ultraviolet light: CH 3 20 F3 000 000 F4 (Note that, without a catalyst and in the presence of light, the substitution will occur in the methyl group.) Predict the aromatic product of the halogenation of methylbenzene with bromine. Draw the molecule by placing atoms on the grid and connecting them with bonds. Include all hydrogen atoms. ▶View Available Hint(s) Q Q F5 9 MacBook Air F6 ◄◄ + Br₂ F7 FeBr 3 ? ► 11 F8 F9 < 11 of 11 F10 F11
4
Hint 1. How to approach the problem
Halogenation of an aromatic compound involves substitution of a halogen, such as Br or Cl, for a hydrogen atom on the ring.
Draw the compound methylbenzene and substitute a bromine atom for one of the hydrogen atoms on the ring.
Hint 2. Select the carbon atom where the bromine atom will bond
Select the carbon atom where the bromine atom will bond. There are several possible correct answers, but choose only one.
Highlight the appropriate atom by clicking on it.
F3
Q Q
CAN2023.GENZ
000
000 F4
Q
F5
MacBook Air
9
F6
A F7
▶11
F8
Transcribed Image Text:4 Hint 1. How to approach the problem Halogenation of an aromatic compound involves substitution of a halogen, such as Br or Cl, for a hydrogen atom on the ring. Draw the compound methylbenzene and substitute a bromine atom for one of the hydrogen atoms on the ring. Hint 2. Select the carbon atom where the bromine atom will bond Select the carbon atom where the bromine atom will bond. There are several possible correct answers, but choose only one. Highlight the appropriate atom by clicking on it. F3 Q Q CAN2023.GENZ 000 000 F4 Q F5 MacBook Air 9 F6 A F7 ▶11 F8
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