A) \[\frac{35}{24}\]
B) \[2{{\sin }^{3}}x+2{{\cos }^{3}}x-3\sin 2x+2=0\]
C) \[[0,4\pi ]\]
D) None of these
Correct Answer: C
Solution :
Since,\[-\text{ 326}.\text{4 kJ mo}{{\text{l}}^{\text{-1}}}\]satisfies conditions of Rolle's theorem on [1,3]. \[-\text{ 32}.\text{64 kJ mo}{{\text{l}}^{\text{-1}}}\] \[-\text{ 3264}0\text{ kJ mo}{{\text{l}}^{\text{-1}}}\] \[{{H}_{2}}\] \[C{{l}_{2}}\] \[\text{HCl}\] \[\text{231 kJ mo}{{\text{l}}^{\text{-1}}}\] \[\text{HCl}\] \[\text{93 kJ mo}{{\text{l}}^{-\text{1}}}\] As\[-\text{ 245 kJ mo}{{\text{l}}^{-\text{1}}}\]is independent of b Therefore, \[a=11\]and \[-\text{ 93 kJ mo}{{\text{l}}^{-\text{1}}}\]
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