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[" (1) The hydrolysis of sucrose was stu...

[" (1) The hydrolysis of sucrose was studied with the help of polarimeter and following data were: "],[" colleated fime (min) "],[" observed rotation (degrees) "],[" when the reaction mixture will be optically inactive "7" (Given: "ln2=0.7,ln3=1.1,ln5=1.6)],[" (a) "16" min."(6)*69.47min" (c) "160" min."]

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The hydrolysis of sucrose was studied with the help of calorimeter and following data were {:(,"Collected time (min.)",:0,70,oo),(,"observed rotation (degrees)",:44,16.5,-11):} the time taken when reaction mixture wil be optically inactive ? (Given : In 2=0.7,in 3=1.1, in 5=1.6)

The hydrolysis of sucrose was studied with the help of calorimeter and following data were {:(,"Collected time (min.)",:0,70,oo),(,"observed rotation (degrees)",:44,16.5,-11):} the time taken when reaction mixture wil be optically inactive ? (Given : In 2=0.7,in 3=1.1, in 5=1.6)

The hydrolysis of sucrose was studied with the help of calorimeter and following data were {:(,"Collected time (min.)",:0,70,oo),(,"observed rotation (degrees)",:44,16.5,-11):} the time taken when reaction mixture wil be optically inactive ? (Given : In 2=0.7,in 3=1.1, in 5=1.6)

A first order reaction takes 40 min for 30% decomposition. Calculate t_(1//2) . (Given log 7 =0.845)

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Let (x_0, y_0) be the solution of the following equations: (2x)^(ln2)=(3y)^(ln3) , 3^(lnx)=2^(lny) Then x_0 is (a) 1/6 (b) 1/3 (c) 1/2 (d) 6

Given log 2 =0.3010, log 3=0.4771, find thevalue of ((16)^(1/5) *5^2)/108^3