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°.
A. (0.306, 3.265)
B. (0, 1)
C. ?
D. (0.564, 6.008)
Answer: A
You might also like to view...
Determine where the given function is concave up and where it is concave down. f(x) = x3 - 3x2 + 2x + 15
A. Concave down on (-?, -1), concave up on (-1, ?) B. Concave down on (-?, 1), concave up on (1, ?) C. Concave up on (-?, 1), concave down on (1, ?) D. Concave up on (-?, -1), concave down on (-1, ?)
Solve the equation.-23.9 = 13.1 + s
A. 37 B. 10.8 C. -37 D. -10.8
Solve the problem.A woman made a deposit of $182. If her deposit consisted of 58 bills, all $1 bills or $5 bills, then how many $1 bills did she deposit?
A. 22 B. 27 C. 31 D. 17
Solve the problem.An election is held among four candidates (A, B, C, and D). Using a voting method we will call X, the winner of the election is candidate A. Due to an irregularity in the original vote count, a recount is required. Before the recount takes place, candidate B drops out of the race. In the recount, still using voting method X, candidate D wins the election. Based on this information, we can say that voting method X violates the
A. independence of irrelevant alternatives criterion. B. Condorcet criterion. C. majority criterion. D. monotonicity criterion. E. none of these