asked 97.6k views
4 votes
Find f'(t) for the function f(t) = √(7)/t⁴.

1 Answer

3 votes

Answer:
f'(t)=(4√(7))/(t^(5))

Explanation:

First we are going to rewrite this equation in terms that are easier to take the derivative of:


f(t)=(√(7))/(t^4)


f(t)=(√(7))(t^(-4))

Then we are going to take the derivative of the function and use the power rule
(d)/(dx)x^n=(n)x^(n-1):


f'(t)=(d)/(dt)(√(7))(t^(-4))


f'(t)=(√(7))(-4)(t^(-5))


f'(t)=-4t^(-5)√(7)=(4√(7))/(t^(5))

answered
User Cem Polat
by
8.6k points

Related questions

asked Feb 2, 2024 200k views
Cylindric asked Feb 2, 2024
by Cylindric
8.4k points
2 answers
0 votes
200k views
asked Dec 24, 2024 221k views
Alexanderjslin asked Dec 24, 2024
by Alexanderjslin
8.9k points
2 answers
3 votes
221k views
1 answer
0 votes
181k views
Welcome to Qamnty — a place to ask, share, and grow together. Join our community and get real answers from real people.