2. Suppose that 0.020 Nm of work is needed to stretch a spring from its natural length of 20 cm to a length of 40 cm. How much work is needed to stretch the spring from 32 cm to 62 cm? A. 30 Nm B. 0.540 Nm 0.081 Nm

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Now
1. Find the derivative of the function f(x) = 10 arcsin(x-9).
04
%3D
10
A. f'(x) =
%3D
V(x-9)2-1
10
B. f(x) =
V(x-9)2 + 1
10
C. f(x) =
1- (x - 9)2
D,r(x) =
10
18x- x2-80
2. Suppose that 0.020 Nm of work is needed to stretch a spring from its natural
length of 20 cm to a length of 40 cm. How much work is needed to stretch the
spring from 32 cm to 62 cm?
A. 30 Nm
B.0.540 Nm
C. 0.081 Nm
62
D.
3.
-2x
Solve the differential equationY T.
y
Transcribed Image Text:Now 1. Find the derivative of the function f(x) = 10 arcsin(x-9). 04 %3D 10 A. f'(x) = %3D V(x-9)2-1 10 B. f(x) = V(x-9)2 + 1 10 C. f(x) = 1- (x - 9)2 D,r(x) = 10 18x- x2-80 2. Suppose that 0.020 Nm of work is needed to stretch a spring from its natural length of 20 cm to a length of 40 cm. How much work is needed to stretch the spring from 32 cm to 62 cm? A. 30 Nm B.0.540 Nm C. 0.081 Nm 62 D. 3. -2x Solve the differential equationY T. y
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