With what translation should the carousel with a radius of 6.4 m rotate in order for the centripetal
With what translation should the carousel with a radius of 6.4 m rotate in order for the centripetal acceleration of a person on the carousel to be equal to 10 m / s.
R = 6.4 m.
a = 10 m / s2.
T -?
The period of rotation T is the time of one complete revolution. The period T is expressed by the formula: T = L / V, where L is the circumference that the carousel goes through in 1 revolution, V is the speed of rotation of the carousel.
The length of the circle L, which the carousel passes, is expressed by the formula: L = 2 * P * R.
The centripetal acceleration a is expressed by the formula: a = V2 / R.
V = √ (a * R).
T = 2 * P * R / √ (a * R).
T = 2 * 3.14 * 6.4 m / √ (10 m / s2 * 6.4 m) = 5 s.
Answer: the period of rotation of the carousel is T = 5 s.
