Solve the problem.The graph shows the amount of potential energy V(x) (in arbitrary energy units) stored in a large rubber band that is stretched a distance of x inches beyond its normal length.
The magnitude of the force required to hold the rubber band at the position x = a is the derivative of the potential energy with respect to x, evaluated at the point 
Sketch a graph of the magnitude of the force versus x.
A. 
B. 
C. 
D. 
Answer: A
Mathematics
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Find the first few nonzero terms of the Maclaurin series for the given function.f(x) = e5x 
A. 2 + 
x + 
x2 + 
x3 + . . .
B. 1 + 
x + 
x2 + 
x3 + . . .
C. 1 - 
x + 
x2 - 
x3 + . . .
D. 1 + 
x + 
x2 + 
x3 + . . .
Mathematics
Determine the antilog in base 10 of the given number. Round to four decimal places.-1.0691
A. 0.8530 B. 0.0853 C. 0.0085 D. 82.2904
Mathematics
Provide an appropriate response.Multiply the radicals and simplify: 
A. 22
B. 90
C. 60
D. 270
Mathematics
Find the probability of the event.A lottery game contains 26 balls numbered 1 through 26. What is the probability of choosing a ball numbered 27?
A. 
B. 1
C. 26
D. 0
Mathematics