Question 1108300
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)=120+95e^-(t/30)cos(pi/4)t
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If you mean H(t)=120+95e^(-t/30)*cos(t*pi/4)

Find her height at the times indicated in the table. (Round your answers to one decimal place.)


T  |  y
--------
0  | 215
1  | 185
2  | 120
4  | 36.9
6  | 120
8  | 192.8
12 | 56.3
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It's just calculator work.
Here's a table generated by the graphing program at www.padowan.dk
------------------
x	f(x)
0	215
1	184.97288103
2	120
3	59.21741595
4	36.85853469
5	63.13746806
6	120
7	173.19529582
8	192.76319214
9	169.76457081
10	120
11	73.4448964
12	56.31959563