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Differentiate the following function ...

Differentiate the following function from first principles: `e^(sqrt(2x))`

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To differentiate the function \( f(x) = e^{\sqrt{2x}} \) from first principles, we will follow the definition of the derivative. The derivative of a function \( f(x) \) from first principles is given by: \[ f'(x) = \lim_{h \to 0} \frac{f(x+h) - f(x)}{h} \] ### Step 1: Substitute the function into the derivative formula ...
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RD SHARMA-DIFFERENTIATION-Solved Examples And Exercises
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  2. Differentiate the following function from first principles: e^(cosx...

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  3. Differentiate the following function from first principles: e^(sqrt...

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  4. Differentiate the following function sqrt((a^2-x^2)/(a^2+x^2))

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  6. Differentiate the following function from first principles: x^2e^x

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  7. Differentiate the following functions with respect to (logsinx)^2

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  8. If x=(t+1/t)^a ,y=a^(t+1/t),"f i n d"(dy)/(dx)

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  9. If x=a((1+t^2)/(1-t^2))"and"y=(2t)/(1-t^2),"f i n d"(dy)/(dx)

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  10. If x=asin2t(1+cos2t) and y=bcos2t(1-cos2t), show that at pi/4,(dy)/...

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  12. If x=3sint-sin3t ,y=3cos t-cos3t ,"f i n d"(dy)/(dx)"a t"t=pi/3dot

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  13. If sinx=(2t)/(1+t^2),tany=(2t)/(1-t^2),"f i n d"(dy)/(dx)dot

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  14. Differentiate tan^(-1)((cosx)/(1+sinx)) with respect to sec^(-1)...

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  15. If cosy=xcos(a+y), with cosa!=+-1, prove that (dy)/(dx)=(cos^2(a+y)...

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  20. If 3sin(x y)+4cos(x y)=5 then dy/dx=

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