Solve the problem.A rock is propelled upward from the top of a building 130 feet tall at an initial velocity of 88 feet per second. The function that describes the height of the rocket in terms of time t is 
Determine the maximum height that the rock reaches.
A. 251 feet
B. 287 feet
C. 268 feet
D. 234 feet
Answer: A
You might also like to view...
Solve the system of linear equations. x + 6y = -42 7x + 7y = -49
A. (0, -7) B. Inconsistent: no solutions C. (7, 0) D. (1, -8)
Provide an appropriate response.Find the discriminant of the equation: 3x2 - 2x + 5 = 0
A. The discriminant value is 64. B. The discriminant value is 56. C. The discriminant value is 0. D. The discriminant value is -56.
A company installs 5000 light bulbs, each with an average life of 500 hours, standard deviation of 100 hours, and distribution approximated by a normal curve. Find the percentage of bulbs that can be expected to last the period of time. Round to the nearest hundredth, if necessary.Between 500 hours and 675 hours
A. 45.12% B. 94.95% C. 45.99% D. 96.99%
Factor the difference of squares.4pm4 - 4pn4
A. p(2m2 + n2)(2m + n)(2m - n) B. 4(m2p + n2)(mp + n)(mp - n) C. 4p(m2 - n2)2 D. 4p(m2 + n2)(m + n)(m - n)