X3.2.39 Question Help ▼ Compute the right-hand and left-hand derivatives as limits and check whether the function is differentiable at the point P. What is the right-hand derivative of the given function? f(4 + h) – f(4) lim = 1 Av 8- h→0* (Type an integer or a simplified fraction.) y = f(x) What is the left-hand derivative of the given function? y =x P(4,4) f(4 + h) – f(4) lim h h→0 y = Vx +2 (Type an integer or a simplified fraction.)
X3.2.39 Question Help ▼ Compute the right-hand and left-hand derivatives as limits and check whether the function is differentiable at the point P. What is the right-hand derivative of the given function? f(4 + h) – f(4) lim = 1 Av 8- h→0* (Type an integer or a simplified fraction.) y = f(x) What is the left-hand derivative of the given function? y =x P(4,4) f(4 + h) – f(4) lim h h→0 y = Vx +2 (Type an integer or a simplified fraction.)
X3.2.39 Question Help ▼ Compute the right-hand and left-hand derivatives as limits and check whether the function is differentiable at the point P. What is the right-hand derivative of the given function? f(4 + h) – f(4) lim = 1 Av 8- h→0* (Type an integer or a simplified fraction.) y = f(x) What is the left-hand derivative of the given function? y =x P(4,4) f(4 + h) – f(4) lim h h→0 y = Vx +2 (Type an integer or a simplified fraction.)
Compute the right-hand and left-hand derivatives as limits and check whether the function is differentiable at the point P.
What is the left-hand derivative of the given function?
Transcribed Image Text:Math 181 Calculus I Spring 2021
Homework: Section 3.2 Assignment
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Compute the right-hand and left-hand derivatives as limits
and check whether the function is differentiable at the point P.
What is the right-hand derivative of the given function?
f(4 + h) – f(4)
lim
= 1
h
8-
h→0*
(Type an integer or a simplified fraction.)
y = f(x)
What is the left-hand derivative of the given function?
y = x
P(4,4)
f(4 + h) – f(4)
lim
y= x +2
(Type an integer or a simplified fraction.)
I,
(1,1)
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With integration, one of the major concepts of calculus. Differentiation is the derivative or rate of change of a function with respect to the independent variable.
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