Hydrolysis of sucrose is given by the following reaction. \Sucrose+H_2O⇌\Glucose+\Fructose If the equilibrium constant (K_c) is 2\times10^{13} at 300 K, the value of \Delta_rG^{\theta} at the same temperature will be : [NEET-2020]

Correct Answer is : −8.314Jmol–1K–1×300K×ln(2×1013)

8.314 J mol^{–1}K^{–1} \times 300 K \times \ln(2 \times 10^{13})

8.314 J mol^{–1}K^{–1} \times 300 K \times \ln(3\times 10^{13})

-8.314 J mol^{–1}K^{–1} \times 300 K \times \ln(4\times 10^{13})

-8.314 J mol^{–1}K^{–1} \times 300 K \times \ln(2\times 10^{13})

Class 11 NEET Chemistry Equilibrium Questions Part 2

Question : 20 of 28

Marks: +1, -0

Hydrolysis of sucrose is given by the following reaction.

Sucrose+H2O⇌Glucose+Fructose

If the equilibrium constant (Kc) is 2×1013 at 300 K, the value of ΔrGθ at the same temperature will be :

[NEET-2020]

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