Theorem: Quotient Rule If f(x) = T(x) B(x) is the quotient of differentiable functions, then. f'(x) = B'(x)T'(x) – T'(x)B′(x) - [B'(x)]2 T'(x) f'(x) = B'(x) f'(x) = f'(x) = B(x)T'(x)+T(x)B′(x) [B(x)]2 - B(x)T'(x) T(x)B'(x) [B(x)]2 B(x)T'(x) – T(x)B′(x) - f'(x) = [B'(x)]² B'(x)T(x) T'(x)B(x) f'(x) = [B(x)]2

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Theorem: Quotient Rule
If f(x)
=
T(x)
B(x)
is the quotient of differentiable functions, then
B'(x)T'(x) T'(x)B'(x)
-
f'(x) =
[B'(x)]2
T'(x)
f'(x) =
B'(x)
f'(x)
=
B(x)T'(x) + T(x)B′(x)
[B(x)]2
-
B(x)T'(x) T(x)B'(x)
f'(x) =
=
[B(x)]²
B(x)T'(x) – T(x)B′(x)
-
f'(x) =
[B'(x)]²
B'(x)T(x) T'(x)B(x)
f'(x) =
[B(x)]²
Transcribed Image Text:Theorem: Quotient Rule If f(x) = T(x) B(x) is the quotient of differentiable functions, then B'(x)T'(x) T'(x)B'(x) - f'(x) = [B'(x)]2 T'(x) f'(x) = B'(x) f'(x) = B(x)T'(x) + T(x)B′(x) [B(x)]2 - B(x)T'(x) T(x)B'(x) f'(x) = = [B(x)]² B(x)T'(x) – T(x)B′(x) - f'(x) = [B'(x)]² B'(x)T(x) T'(x)B(x) f'(x) = [B(x)]²
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