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The Coefficient of Static Friction for the Tires of a Race

Question 23

Multiple Choice

The coefficient of static friction for the tires of a race car is 0.950 and the coefficient of kinetic friction is 0.800. The car is on a level circular track of 50.0 m radius on a planet where The coefficient of static friction for the tires of a race car is 0.950 and the coefficient of kinetic friction is 0.800. The car is on a level circular track of 50.0 m radius on a planet where   compared to Earth's   . If the car is to be able to travel at the same speed on the planet as on Earth, the radius of the track on the planet must be ____ times as large as the radius of the track on Earth. A)  0.250 B)  0.500 C)  1.00 D)  2.00 E)  4.00 compared to Earth's The coefficient of static friction for the tires of a race car is 0.950 and the coefficient of kinetic friction is 0.800. The car is on a level circular track of 50.0 m radius on a planet where   compared to Earth's   . If the car is to be able to travel at the same speed on the planet as on Earth, the radius of the track on the planet must be ____ times as large as the radius of the track on Earth. A)  0.250 B)  0.500 C)  1.00 D)  2.00 E)  4.00 . If the car is to be able to travel at the same speed on the planet as on Earth, the radius of the track on the planet must be ____ times as large as the radius of the track on Earth.


A) 0.250
B) 0.500
C) 1.00
D) 2.00
E) 4.00

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