Respuesta :
r = radius of the circle of the ride = 3.00 meters
v = linear speed of the person during the ride = 17.0 m/s
m = mass of the person in angular motion in the ride
L = angular momentum of the person in the ride = 3570 kg m²/s
Angular momentum is given as
L = m v r
inserting the values
3570 kg m²/s = m (17 m/s) (3.00 m)
m = 3570 kg m²/s/(51 m²/s)
m = 7 kg
hence the mass comes out to be 7 kg
Answer:
70.0 kg
Explanation:
L = mvr
You are solving for m so you change the equation to equal m
m = (L)/vr
m = (3570)/(17)(3)
m = 3570/51
m = 70
His mass is 70 kg.
