SOLUTION: The period of time the pirate ship ride at a carnival takes to complete one cycle swinging to and fro is represented by the formula below for L feet long and T seconds. Find to the
Algebra.Com
Question 452237: The period of time the pirate ship ride at a carnival takes to complete one cycle swinging to and fro is represented by the formula below for L feet long and T seconds. Find to the nearest hundredth of a second the period of time it takes the ride to swing one cycle if the ride hangs 200 feet.
T(L)=3n (L/940)
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
The period of time the pirate ship ride at a carnival takes to complete one cycle swinging to and fro is represented by the formula below for L feet long and T seconds.
Find to the nearest hundredth of a second the period of time it takes the ride to swing one cycle if the ride hangs 200 feet.
T(L)=3n*^(L/940)
-------
T(200) = 3n*a^(200/940)
---
T(200) = 3n*a^(0.2128)
-----
What are "n" and "a"
============================
Cheers,
Stan H.
==============
RELATED QUESTIONS
The period of time the pirate ship ride at a carnival takes to complete one cycle... (answered by Alan3354)
The period of time the pirate ship ride at a carnival takes to complete one cycle... (answered by stanbon)
Please help!!! I keep getting 0.2123 seconds but not positive that this is... (answered by josmiceli)
The time "t" in seconds for a swinging pendelum to complete one full cycle is given by... (answered by stanbon)
102. Time swinging. The period T (time in seconds for one complete cycle) of a simple... (answered by tutorcecilia)
102. Time swinging. The period T (time in seconds for one complete cycle) of a simple... (answered by uma)
Captain Gabriela has a ship, the H.M.S. Khan. The ship is two furlongs from the dread... (answered by Fombitz)
the length of a pendulum is directly proportional to the square of the time it takes for... (answered by stanbon)
Kevin is riding a mini Ferris wheel. He reaches the maximum height of 9m at 5s and then... (answered by ikleyn)