Solved

Write a Chain Rule Formula for the Following Derivative

Question 127

Multiple Choice

Write a chain rule formula for the following derivative.
-Write a chain rule formula for the following derivative. - for u = f(r, s, t) ; r = g(y) , s = h(z) , t = k(x, z) A) B) C) D) for u = f(r, s, t) ; r = g(y) , s = h(z) , t = k(x, z)


A)
Write a chain rule formula for the following derivative. - for u = f(r, s, t) ; r = g(y) , s = h(z) , t = k(x, z) A) B) C) D)
B)
Write a chain rule formula for the following derivative. - for u = f(r, s, t) ; r = g(y) , s = h(z) , t = k(x, z) A) B) C) D)
C)
Write a chain rule formula for the following derivative. - for u = f(r, s, t) ; r = g(y) , s = h(z) , t = k(x, z) A) B) C) D)
D)
Write a chain rule formula for the following derivative. - for u = f(r, s, t) ; r = g(y) , s = h(z) , t = k(x, z) A) B) C) D)

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q122: Solve the problem.<br>-Write an equation for the

Q123: Solve the problem.<br>-Find the equation for the

Q124: Solve the problem.<br>-The Van der Waals equation

Q125: Find the domain and range and

Q126: Solve the problem.<br>-Find the derivative of the

Q128: Compute the gradient of the function at

Q129: Find the domain and range and describe

Q130: Write a chain rule formula for the

Q131: Find the absolute maxima and minima of

Q132: Find the limit.<br>-<img src="https://d2lvgg3v3hfg70.cloudfront.net/TB9662/.jpg" alt="Find the limit.