Q.Let f : [1,4] →R be continuous function. Define F(x) = J“ f(t)dt. Then a. F(x) is differentiable on [1,4] and E = f(3x). = f(3x). = 3f(3x). = 3f(3x). dx dF b. F(x) is differentiable on (1,4) and dx...

Q.Let f : [1,4] →R be continuous function.<br>Define F(x) = J“ f(t)dt. Then<br>a. F(x) is differentiable on [1,4] and E = f(3x).<br>= f(3x).<br>= 3f(3x).<br>= 3f(3x).<br>dx<br>dF<br>b. F(x) is differentiable on (1,4) and<br>dx<br>dF<br>dx<br>c. F(x) is differentiable on (1,4) and<br>d. F(x) is differentiable on [1,4] and dE<br>

Extracted text: Q.Let f : [1,4] →R be continuous function. Define F(x) = J“ f(t)dt. Then a. F(x) is differentiable on [1,4] and E = f(3x). = f(3x). = 3f(3x). = 3f(3x). dx dF b. F(x) is differentiable on (1,4) and dx dF dx c. F(x) is differentiable on (1,4) and d. F(x) is differentiable on [1,4] and dE

Jun 04, 2022

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Q.Let f : [1,4] →R be continuous function. Define F(x) = J“ f(t)dt. Then a. F(x) is differentiable on [1,4] and E = f(3x). = f(3x). = 3f(3x). = 3f(3x). dx dF b. F(x) is differentiable on (1,4) and dx...

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