QuestionJune 22, 2025

Two bicyclists are accelerating forward at the same rate. Biker 1 has less mass than Biker 2 Which statement describes the net force on the bikers? A. The net force on Biker 1 is in the backwards direction. B. The net force on Biker 2 is greater than on Biker 1. C. The net force on both bikers is changing. D. Both bikers experience the same net force.

Two bicyclists are accelerating forward at the same rate. Biker 1 has less mass than Biker 2 Which statement describes the net force on the bikers? A. The net force on Biker 1 is in the backwards direction. B. The net force on Biker 2 is greater than on Biker 1. C. The net force on both bikers is changing. D. Both bikers experience the same net force.
Two bicyclists are accelerating forward at the same rate. Biker 1 has less
mass than Biker 2 Which statement describes the net force on the bikers?
A. The net force on Biker 1 is in the backwards direction.
B. The net force on Biker 2 is greater than on Biker 1.
C. The net force on both bikers is changing.
D. Both bikers experience the same net force.

Solution
3.1(250 votes)

Answer

B. The net force on Biker 2 is greater than on Biker 1. Explanation 1. Identify the relationship between force, mass, and acceleration According to Newton's second law, **F = ma**, where F is the net force, m is the mass, and a is the acceleration. 2. Analyze given conditions Both bikers have the same acceleration. Biker 1 has less mass than Biker 2. 3. Determine the net force on each biker Since F = ma, with the same acceleration, the biker with greater mass (Biker 2) will experience a greater net force.

Explanation

1. Identify the relationship between force, mass, and acceleration<br /> According to Newton's second law, **$F = ma$**, where $F$ is the net force, $m$ is the mass, and $a$ is the acceleration.<br /><br />2. Analyze given conditions<br /> Both bikers have the same acceleration. Biker 1 has less mass than Biker 2.<br /><br />3. Determine the net force on each biker<br /> Since $F = ma$, with the same acceleration, the biker with greater mass (Biker 2) will experience a greater net force.
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