A bungee jumper plummets from a high bridge to the river bel

A bungee jumper plummets from a high bridge to the river below and then bounces back over and over again. At time t seconds after her jump, her height H (in meters) above the river is given by H(t) = 100 + 75e^?t/20cos(?/4t) , Find her height at the times indicated in the table. (Round your answers to one decimal place.)

\"A E Web 2.0 scientific calculator Web 2.0 scientific calculator Chegg Study | Guided Solut Homework26-sin, cos, t × Chegg Study | Guided Solut A bungee jumper plummets from a high bridge to the river below and then bounces back over and over again. At time t seconds after her jump, her height H (in meters) above the river is given by H(t) = 100 + 75c\"20cos(t), Find her height at the times indicated in the table. (Round your answers to one decimal place.) | webassign.net webstudent/Assignment-Responses/submit?pos=5&dep;=13159282 4 y(t) 0 4 6 8 12 Need Help? L-Read it 10:38 PM Search the web and Windows 3/25/2016

Solution

h(t) = 100 + 75e^(-t/20)cos(pi*t/4)

at t = 0 ; h(0) = 100

t =1 ; h(1) = 100 +75e^(-1/20)cos(pi/4) = 476.3 mt

t = 2 ; h(2) = 100 +75e^(-2/20)cos(pi/2) = 100 mt

t = 4 ; h(4) = 100 +75e^(-4/20)cos(4pi/4) = 38.6 mt

t = 6 ; h(6) = 100 +75e^(-6/20)cos(6pi/4) = 100 mt

t = 8 ; h(8) = 100 +75e^(-8/20)cos(8pi/4) = 150.1 mt

t = 12 ; h(12) = 100 +75e^(-12/20)cos(12pi/4) = 58.8 mt