Find the absolute maximum and absolute minimum values of the function, if they exist, on the indicated interval.f(x) = x4 - 32x2 + 1; [-5, 5]
A. Absolute minimum: 0
B. Absolute maximum: 1, absolute minimum: -255
C. Absolute maximum: -255
D. Absolute maximum: 0, absolute minimum: -255
Answer: B
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Use Webster's method to find the apportionment.A small city has 50 police officers to be apportioned among 8 precincts based on the population of each precinct. The populations are given in the following table.
Find the apportionment for the Seventh Precinct using Webster's method.
A. 7 B. 6 C. 5 D. 4
Find the odds.In a certain town, 20% of people commute to work by bus. If a person is selected randomly from the town, what are the odds against selecting someone who commutes by bus?
A. 1:4 B. 1:5 C. 4:1 D. 4:5
Factor the GCF out of the given expression.28x9y7 - 8x5y4 + 12x2y2
A. 4x2(7x7y7 - 2x3y4 + 3y2) B. x2(7x7y7 - 2x3y4 + 3y2) C. 4(7x9y7 - 2x5y4 + 3x2y2) D. 4x2y2(7x7y5 - 2x3y2 + 3)
Use a graphing calculator to estimate f '(a) for the given value of a.f(x) = e-x; a = -5
A. -147.3032 B. 148.4132 C. -148.4132 D. 0.0067