Option A: Nucleophilic substitution
Option B: Nucleophilic addition
Option C: Elimination
Option D: both A & C
Correct Answer: both A & C ✔
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Option A: primary alcohol
Option B: secondary alcohol
Option C: tertiary alcohol
Option D: dihydric alcohol
Correct Answer: primary alcohol ✔
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Option A: formaldehyde
Option B: ketone
Option C: ethylene epoxide
Option D: both A & C
Correct Answer: both A & C ✔
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Option A: they have an electrophilic carbon
Option B: they have an electrophilic carbon & a good leaving group
Option C: they have an electrophilic carbon & a bad leaving group
Option D: they have a nucleophilic carbon & a good leaving group
Correct Answer: they have an electrophilic carbon ✔
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Option A: E1 + E2
Option B: E2 + SN2
Option C: E1 and SN1
Option D: SN1 and SN2
Correct Answer: E1 and SN1 ✔
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Option A: primary alkyl halide
Option B: secondary alkyl halide
Option C: tertiary alkyl halide
Option D: all
Correct Answer: primary alkyl halide ✔
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Option A: propane
Option B: propanoic acid
Option C: propanal
Option D: propanol
Correct Answer: propanoic acid ✔
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Option A: 2 moles of ethane
Option B: 1 mole of ethane
Option C: 2 moles of butane
Option D: 1 mole of butane
Correct Answer: 1 mole of butane ✔
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Option A: CH3-X
Option B: (CH3)3 C-CH2 – X
Option C: (CH3)2 CH – X
Option D: (CH3)3 C – X
Correct Answer: (CH3)2 CH – X ✔
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Option A: C2H5O-
Option B: SCN-
Option C: NH3
Option D: H3C+
Correct Answer: H3C+ ✔
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Option A: R-F
Option B: R-C
Option C: R-Br
Option D: R-I
Correct Answer: R-I ✔
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Option A: E1 – reaction
Option B: E2 – reaction
Option C: SN1 – reaction
Option D: SN2 – reaction
Correct Answer: SN1 – reaction ✔
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Option A: Zn / HCI
Option B: SOCl2 / Pyridine
Option C: PCI3
Option D: PCI5
Correct Answer: SOCl2 / Pyridine ✔
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Option A: two
Option B: three
Option C: one
Option D: four
Correct Answer: one ✔
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Option A: formaldehyde
Option B: acetaldehyde
Option C: propanone
Option D: carbondioxide
Correct Answer: carbondioxide ✔
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Option A: primary alcohol
Option B: secondary alcohol
Option C: tertiary alcohol
Option D: dihydric alcohol
Correct Answer: tertiary alcohol ✔
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Option A: acidic
Option B: basic
Option C: aqueous
Option D: dry
Correct Answer: dry ✔
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Option A: the presence of halogen atom
Option B: the presence of magnesium atom
Option C: the polarity of C-Mg bond
Option D: all
Correct Answer: the polarity of C-Mg bond ✔
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Option A: first order kinetics
Option B: second order kinetics
Option C: third order kinetics
Option D: zero order kinetics
Correct Answer: second order kinetics ✔
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Option A: the concentration of substrate
Option B: the concentration of nucleophile
Option C: the concentration of substrate as well as nucleophile
Option D: base the concentration of substrate as well as nucleophile
Correct Answer: the concentration of substrate ✔
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Option A: Zero
Option B: First
Option C: Second
Option D: Third
Correct Answer: First ✔
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Option A: Zero
Option B: One
Option C: Two
Option D: Three
Correct Answer: Two ✔
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Option A: Order of reaction
Option B: Rate of reaction
Option C: Mole of a reaction
Option D: Extent of a reaction
Correct Answer: Order of reaction ✔
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Option A: methane
Option B: ethane
Option C: propane
Option D: butane
Correct Answer: ethane ✔
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Option A: C-F
Option B: C-C
Option C: C-Br
Option D: C-I
Correct Answer: C-F ✔
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