The gas-phase decomposition of A shows a half-life of 100 s when the initial pressure is 300 mmHg and again 100 s when i

Question

The gas-phase decomposition of A shows a half-life of 100 s when the initial pressure is 300 mmHg and again 100 s when it is 150 mmHg. Take log 2 = 0.3010 and ln 2 = 0.693. Select the correct statement(s).

Accepted Answer

The reaction is first order.

Accepted Answer

The rate constant is 6.93x10^-3 s^-1.

Accepted Answer

The time for 90% decomposition is 332 s.

Answer

The time for 75% decomposition is 300 s.

The gas-phase decomposition of $A$ shows a half-life of $100 s$ when the initial pressure is $300 mmHg$ and again $100 s$ when it is $150 mmHg$ . Take $lo g 2 = 0.3010$ and $ln 2 = 0.693$ . Select the correct statement(s).

Answer: A, C, D

More questions on Half-life and methods to determine order

The gas-phase decomposition of A shows a half-life of 100 s when the initial pressure is 300 mmHg and again 100 s when it is 150 mmHg. Take log2=0.3010 and ln2=0.693. Select the correct statement(s).

Answer: A, C, D

More questions on Half-life and methods to determine order

The gas-phase decomposition of $A$ shows a half-life of $100 s$ when the initial pressure is $300 mmHg$ and again $100 s$ when it is $150 mmHg$ . Take $lo g 2 = 0.3010$ and $ln 2 = 0.693$ . Select the correct statement(s).