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Characteristics of Equilibrium Constant

Using the giv...

Question

Using the given graph showing concentration of reactions and products as a function of time for to reaction: $A 3 ⟶ 3 A$ The time $t_{1}$ corresponds to :

t_{1 / 2}

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t_{1 / 3}

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t_{1 / 4}

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t_{1 / 5}

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Solution

The correct option is C $t_{1 / 4}$
$A_{3} \to 3 A$
$t = 0$ $a$ $0$
$t = 1$ $a - x$ $3 x$

At $t_{1}$ ,

$a - x = 3 x$

$- 1 x = \frac{a}{4}$

The reaction has been $\frac{1}{4} t h$ completed.

$∴ t_{1} = t_{1 / 4}$

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Using the given graph showing concentration of reactions and products as a function of time for to reaction: A3⟶3A The time t1 corresponds to :

The correct option is C t1/4 A3→3A t=0 a 0 t=1 a−x 3x At t1, a−x=3x −1x=a4 The reaction has been 14th completed. ∴t1=t1/4

Using the given graph showing concentration of reactions and products as a function of time for to reaction: $A 3 ⟶ 3 A$ The time $t_{1}$ corresponds to :

The correct option is C $t_{1 / 4}$
$A_{3} \to 3 A$
$t = 0$ $a$ $0$
$t = 1$ $a - x$ $3 x$

At $t_{1}$ ,

$a - x = 3 x$

$- 1 x = \frac{a}{4}$

The reaction has been $\frac{1}{4} t h$ completed.

$∴ t_{1} = t_{1 / 4}$