In the following reaction; xA→yB log10[−dtd[A]]=log10[dtd[B]]+0.3010 A and B respectively can be

In the given reaction; xA⟶yB log10[dt−d[A]]=log10[dtd[B]]+0.3010 Value of log2=0.3010 Substituting 0.3010 by log2 log10[−dtd[A]]=log10[dtd[B]]+log2 Using logarithm rules, [dt−d[A]]=2×[dtd[B]]⇒−21[dtd[A]]=[dtd[B]]… (i) Using the rate equation (i) to determine the reaction involved is 2 A⟶B Option that fits correct in the above reaction is (c). 2C2H4⟶C4H8.

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In the following reaction; x A y B _{10}[-{d[A]}{d t}]= _{10

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Medium

Solving time: 3 mins

In the following reaction; $x A \to y B$ $lo g_{10} [- \frac{d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + 0.3010$ $A$ and $B$ respectively can be

n

-butane and iso-butane

C_{2} H_{2}

and

C_{6} H_{6}

C_{2} H_{4}

and

C_{4} H_{8}

N_{2} O_{4}

and

NO_{2}

Views: 5,363 students

Updated on: Feb 17, 2024

Book:

Arihant Chemistry JEE Main Chapterwise Solutions (2019-2002) (Arihant)

Exam:

JEE Mains 2019

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Daniel Discussed

In the following reaction;

x A \to y B

lo g_{10} [- \frac{d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + 0.3010

A

and

B

respectively can be

13 mins ago

Discuss this question LIVE

13 mins ago

Text solutionVerified

In the given reaction;

x A ⟶ y B

lo g_{10} [\frac{- d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + 0.3010

Value of

lo g 2 = 0.3010

Substituting

0.3010

lo g 2

lo g_{10} [- \frac{d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + lo g 2

Using logarithm rules,

[\frac{- d [ A ]}{d t}] = 2 \times [\frac{d [ B ]}{d t}] \Rightarrow - \frac{1}{2} [\frac{d [ A ]}{d t}] = [\frac{d [ B ]}{d t}] \dots (i)

Using the rate equation (i) to determine the reaction involved is

2 A ⟶ B

Option that fits correct in the above reaction is (c).

2 C_{2} H_{4} ⟶ C_{4} H_{8} .

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Question Text	In the following reaction; $x A \to y B$ $lo g_{10} [- \frac{d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + 0.3010$ $A$ and $B$ respectively can be
Updated On	Feb 17, 2024
Topic	Chemical Kinetics
Subject	Chemistry
Class	Class 12
Answer Type	Text solution:1 Video solution: 4
Upvotes	559
Avg. Video Duration	10 min

In the following reaction; $x A \to y B$ $lo g_{10} [- \frac{d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + 0.3010$ $A$ and $B$ respectively can be

Text solutionVerified

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In the following reaction; xA→yB log10​[−dtd[A]​]=log10​[dtd[B]​]+0.3010 A and B respectively can be

Text solutionVerified

Filo tutor solutions (4)

Questions from JEE Mains 2019 - PYQs

Practice questions from Arihant Chemistry JEE Main Chapterwise Solutions (2019-2002) (Arihant)

Practice questions from Chemical Kinetics in the same exam

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In the following reaction; $x A \to y B$ $lo g_{10} [- \frac{d [ A ]}{d t}] = lo g_{10} [\frac{d [ B ]}{d t}] + 0.3010$ $A$ and $B$ respectively can be