Use Delta method to find the derivative of e*

Q: find the derivative of - (z+j)?

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Q: Compute the derivative of the function y=arcsin1√x at x=2.

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Q: Use logarithmic differentiation to find the derivative of y %3D

A: For the solution of the problem follow the next step.

Q: find the derivative of tihe unction?

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Q: Solve for the derivative of the function using chain rule. 9. f(x)= esinx

A: Solve for the derivative of the function using chain rule. 9. f(x)= esinx

Q: HiHtar is THe secoyd derivative OF Y

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Q: find the derivative of y with respect to the givenindependent variable.

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Q: Compute the derivative. (x) = ex sinx

A: Derivatives can be defined as rate of change of function with respect to an independent variable. It…

Q: use the General Power Rule, Exponential Rule, or the Chain Rule to compute the derivative. y = cos4…

A: Given: y=cos4θ

Q: Use Leibniz’s Rule to find the derivatives of the functions

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Q: Define the second derivative of f. If f(t) is the position  function of a particle, how can you…

A: Second derivative is derivative of the derivative.      Therefore,…

Q: Find the derivative using DELTA METHOD f(x)= 2x-x2

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Q: Find the derivative of the function without using the Quotient Rule. y

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Q: On which derivative rule is the Substitution Rule based?

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Q: find the derivative using implicit differentation

A: Apply derivative on both sides

Q: Which functions have a negative first derivative for all x?

A: Which functions have a negative first derivative for all x?

Q: find anti derivative.

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Q: Estimate the derivative of f(x) = sin x at x = π/6.

A: Given,       f(x) = sin x at x=π6

Q: Use the Power Rule to compute the derivative.

A: ddtt23t=8

Q: Find the derivative using the product rule. y = eX In x

A: y=exlnx

Q: Compute the derivative using derivative rules that have been introduced so far y = cos4 θ

A: This question is taken from the derivative in which we have to find the derivative of the given…

Q: Evaluate the 2nd derivative at the given point.

A: We differentiate both sides with respect to x. Then we plug the given point.

Q: What is the derivative of * 3lnr?

A: Given that y=3ln x find the derivative

Q: Find the derivative of the function without using the Quotient Rule. y =

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Q: Find the derivative of the cosecant function y=cscx.

A: Given: y=cosecx we know that cosecθ=1sinθ similarly, y=cosecx=1sinx

Q: 1 y = ┤㈑┤慈┤

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Q: Find derivative of y=xsin2x

A: We will need product rule. Assume, u=x and v=sin2x. Now, we have u=x ⇒u'=dudx=dxdx=1  and v=sin2x…

Q: Find the derivative of the function. y = In(x?)

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Q: Use the General Power Rule, Exponential Rule, or the Chain Rule to compute the derivative. y = cos4…

A: Using chain rule to compute the derivative for y, consider the solution below.   First of all,…

Q: Use Leibnitz's Theorem to calculate the 4th derivative of y = x^sin (3x)

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Q: Find the derivative of Vry = -3+x*y° using implicit differentiation.

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Q: Find the second derivative of

A: if you find my answer helpful please put thumbs up. thank you. the required solution is given below

Q: Find the derivative of y = etanx

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Q: Find the derivative of the function using chain rule. f(x) = esin?x

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Q: Find the derivative of ry = -3+x*y° using implicit differentiation.

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Q: Find the most general anti-derivative

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Q: Find the derivative of the function. InV y = In 6 - X %3D y' = %3D

A: Explanation of the answer is as follows

Q: Find the portial derivative of

A: Follow 2nd step.

Q: Find the value of the 2nd derivative

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Q: Find the derivative using the long method 3-t to

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Q: 1 m' (x) = x In(x)

A: Given: m'x=1xlnx for finding anti-derivative of given expression, we substitute lnx=u…

Q: Compute the derivative of

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Q: Use Leibnitz's Theorem to calculate the 4th derivative of y = x+sin(4x)

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Q: In(X+ bnx) %3D

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Q: In(x-

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Q: What is the 2nd derivative of y=cosh(x+y)?

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Q: What is the difference between a derivative and an integration?

A: We have to state the difference between a derivative and integral.

Q: Find the derivative of using first principle?

A: we have to find first derivative of y by using first princple