You (60 kg) and your friend (80 kg) are both floating on separate tubes next to each other on the San Marcos River. Now you push your friend with 10 Newton. Select all correct statements.

A. You are experiencing a larger acceleration than your friend, but in the opposite direction.
B. You are experiencing the same acceleration as your friend, but in the opposite direction.
C. You are experiencing a smaller acceleration than your friend, but in the opposite direction.
D. You are experiencing a smaller force than your friend, but in the opposite direction.
E. You are experiencing the same amount of force as your friend, but in the opposite direction.
F. You are experiencing a larger force than your friend, but in the opposite direction.

The correct statements are A and E.

Explanation:

This statements will be explained according to the Newton's third law of motion. It states that when two bodies interact, they apply forces to one another that are equal in magnitude and opposite in direction (law of action and reaction).

A. You are experiencing a larger acceleration than your friend, but in the opposite direction. True. The forces are equal, but the mass of each individual is different, so the acceleration has to be different too. In this case, the smaller mass (you) has the large acceleration.

B. You are experiencing the same acceleration as your friend, but in the opposite direction. False. The forces are equal but the accelerations are different.

C. You are experiencing a smaller acceleration than your friend, but in the opposite direction. False. You are experiencing a larger acceleration due to the smaller mass.

D. You are experiencing a smaller force than your friend, but in the opposite direction. False. The forces are equal for both masses.

E. You are experiencing the same amount of force as your friend, but in the opposite direction.  True.This is what the law states.

F. You are experiencing a larger force than your friend, but in the opposite direction. False. The forces are equal.

answer and explanation;

pretty sure it's false