The inversion of cane sugar proceeds with half life of 50 min at pH = 5 at any concentration of sugar. However , if the pH=6 , the half life changes to 500 min at any concentration of sugar. the rate law expression for the inversion of sugar can be written as

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Q. The inversion of cane sugar proceeds with the half-life of 500 min at pH 5 for any concentration of sugar. However, if pH = 6, the half-life changes to 50 min. The rate law expression for the sugar inversion can be written as:

Q. The inversion of cane sugar proceeds with a constant half-life of

500

minute at

p H

=

5 for any concentration of sugar. However, if

p H

=

6

, the half-life changes to

50

minutes. Derive the rate law for inversion of cane sugar.

Q. The inversion of cane sugar proceeds with the half-life of 600 minutes at

p H = 5

for any concentration of sugar. However at

p H = 6

, the half life changes to 60 minute. The rate law expression for sugar inversion can be written as: (if it is first order with respect to sugar)

Q. The inversion of cane sugar proceeds with half life of 50 minute at pH=5 for any concentration of sugar. However if pH=6, the half life changes to 500 minute of any concentration of sugar. The rate law expression for the invention of cane sugar is written as:

r = K [s u g a r]^{1} [H^{+}]^{y}

. Determine the value of y.

The inversion of Cane sugar proceeds with constant half-life of 500 minutes at pH = 5 for any concentration of sugar. However if pH = 6, the half-life changes to 50minutes. For this reaction rate equation is rate = $k [s u g a r]^{m} [H^{+}] n$ . The value of “n” is.___

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