A sample of glucose was decomposed at 140°C in a solution containing 0.030 M HCl. The velocity constant k, was found to be 0.0080 hr –1 . If the spontaneous rate constant, is 0.0010 hr –1 and the catalysis due to hydroxyl ions in this acidic solution is considered

Question

A sample of glucose was decomposed at 140&deg;C in a solution containing 0.030 M HCl. The velocity constant k, was found to be 0.0080 hr &ndash;1 . If the spontaneous rate constant, is 0.0010 hr &ndash;1 and the catalysis due to hydroxyl ions in this acidic solution is considered

cdquestions Admin · Accepted Answer

The correct option is (B): 0.233 per mole per hour

Answer

0.22 per mole per hour

Answer

0.233 per mole per hour

Answer

0.27 per mole per hour

Answer

0.29 per mole per hour

A sample of glucose was decomposed at 140°C in a solution containing 0.030 M HCl. The velocity constant k, was found to be 0.0080 hr^–1. If the spontaneous rate constant, is 0.0010 hr^–1 and the catalysis due to hydroxyl ions in this acidic solution is considered

The Correct Option is B

Solution and Explanation

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A sample of glucose was decomposed at 140°C in a solution containing 0.030 M HCl. The velocity constant k, was found to be 0.0080 hr–1. If the spontaneous rate constant, is 0.0010 hr–1 and the catalysis due to hydroxyl ions in this acidic solution is considered

The Correct Option is B

Solution and Explanation

Top Questions on Solutions

Questions Asked in GPAT exam

A sample of glucose was decomposed at 140°C in a solution containing 0.030 M HCl. The velocity constant k, was found to be 0.0080 hr^–1. If the spontaneous rate constant, is 0.0010 hr^–1 and the catalysis due to hydroxyl ions in this acidic solution is considered