Solve the problem.Suppose that the temperature T, in degrees Fahrenheit, of a person during an illness is given by the function T(t) =  + 98.6, where t is the time, in hours. Find the interval on which the temperature is over 100°. Round to the nearest thousandth when necessary.

A. (0.248, 4.038)
B. (-?, ?)
C. (0, 1)
D. (0.456, 7.43)


Answer: A

Mathematics

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Use logarithmic differentiation to find the derivative of y with respect to the independent variable.y = xln x

A.  2
B. xln x - 1ln x
C.
D. 2xln x - 1ln x

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Find the absolute maxima and minima of the function on the given domain.  on the closed triangular region bounded by the lines      and  

A. Absolute maximum: 96 at    absolute minimum: 81 at  
B. Absolute maximum: 81 at    absolute minimum: 0 at  
C. Absolute maximum: 96 at    absolute minimum: 0 at  
D. Absolute maximum: 81 at    absolute minimum: 36 at  

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Divide. Round the quotient as indicated.10.2 ÷ 1.2; tenths place

A. 8.5 B. 85.0 C. 0.9 D. 9.5

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Subtract.7 - 2.408

A. 4.792 B. 4.562 C. 4.593 D. 4.592

Mathematics