Mathematics, 21.02.2021 01:50, naja101long
A wind turbine has blades 10 meters long and a tower 38 meters high. The turbine rotates at a rate of 2 radians every 3 seconds.
One of the turbine's blades is in the 3 o'clock position the instant the turbine begins moving. Define a function f that gives the distance of this blade's tip above the ground (in meters) as a function of t, the number of seconds that have passed since the turbine began moving.
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Determine algebraically the number of seconds that have passed during the turbine's first revolution that the tip of the blade will be 40 m above the ground. (Round your answers to four decimal places. Separate multiple solutions with a comma.)
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Answers: 2
Mathematics, 21.06.2019 16:00, tomtom6870
Trish receives $450 on the first of each month. josh receives $450 on the last day of each month. both trish and josh will receive payments for next four years. at a discount rate of 9.5 percent, what is the difference in the present value of these two sets of payments?
Answers: 1
Mathematics, 21.06.2019 18:30, liltay12386
F(x)=x^3+4 question 6 options: the parent function is shifted up 4 units the parent function is shifted down 4 units the parent function is shifted left 4 units the parent function is shifted right 4 units
Answers: 1
A wind turbine has blades 10 meters long and a tower 38 meters high. The turbine rotates at a rate o...
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