Please help me with 14 questions only! Show work

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question. Decide whether the function is an exponential growth or exponential decay function and find the constant percentage rate of growth or decay. 1) f(x) = 4.7 . 1.09x 2) f(x) = 20,036 -0.88x Find the exponential function that satisfies the given conditions. 3) Initial value = 38, increasing at a rate of 10% per year 4) Initial population = 1118, doubling every 7 hours Determine a formula for the exponential function. 5) 5 10 Ly 0 (2, 5.76) 4(0, 4) 10 x 6) 6) (2, 10 4 (0, 4 -10 8 6 4 -2.2- 4 6 8 10x Find the logistic function that satisfies the given conditions. 7) Initial value = 15. limit to growth = 60. passing through (1. 24) 7) 8) Initial value = 20, limit to growth = 60, passing through (1, 40) 8) 9) Initial value = 11, limit to growth = 66, passing through (1, 33) 9) Solve the problem. 10) A bacterial culture has an initial population of 10,000. If its population declines to 6000 in 10) 6 hours, what will it be at the end of 8 hours? 11) The number of books in a small library increases according to the function B = 3400e0.04t, 11) where t is measured in years. How many books will the library have after 9 years? 12) The number of students infected with the flu on a college campus after t days is modeled 12) by the function P(t) = - 160 1 + 39e-0.3t . What is the maximum number of infected students possible? 13) The number of students infected with the flu on a college campus after t days is modeled 13) by the function P(t) = - 480 1 + 39e-0.3t . When will the number of infected students be 240? 14) The population of wolves in a state park after t years is modeled by the function 14) P(1) = - 300 1 + 99e-0.3t ". When will the number of wolves be 75