The Decomposition of Formic Acid Follows First-Order Kinetics$\to$ CO 2 (g)+ H 2 (g) the Half-Life for the Reaction at 550

The Answer of The Decomposition of Formic Acid Follows First-Order Kinetics$\to$ CO 2 (g)+ H 2 (g) the Half-Life for the Reaction at 550

The Decomposition of Formic Acid Follows First-Order Kinetics$\to$ CO 2 (g)+ H 2 (g) the Half-Life for the Reaction at 550

The Answer of The Decomposition of Formic Acid Follows First-Order Kinetics$\to$ CO 2 (g)+ H 2 (g) the Half-Life for the Reaction at 550

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The Decomposition of Formic Acid Follows First-Order Kinetics $\to$ CO₂(g)+ H₂(g)
the Half-Life for the Reaction at 550

Question 54

Multiple Choice

The decomposition of formic acid follows first-order kinetics.
HCO₂H(g) $\to$ CO₂(g) + H₂(g)
The half-life for the reaction at 550 ^$\circ$C is 24 seconds.How many seconds does it take for the formic acid concentration to decrease by 87.5%?

A) 24 s
B) 36 s
C) 48 s
D) 72 s
E) 96 s

The Decomposition of Formic Acid Follows First-Order Kinetics →\to→ CO2(g)+ H2(g) the Half-Life for the Reaction at 550

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The Decomposition of Formic Acid Follows First-Order Kinetics $\to$ CO₂(g)+ H₂(g)
the Half-Life for the Reaction at 550

Correct Answer:
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