A sled is moving down a steep hill. The mass of the sled is 50 kg and the net force acting on it is 20 n. What must be done to find the acceleration of the sled? check all that apply.

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Lanuel

The acceleration of this sled can be calculated by doing: option A, B, E and F.

How to calculate the acceleration?

The acceleration of this sled can be calculated by using Newton's Second law of motion. Mathematically, the acceleration of an object is given by this formula:

Net force = Mass × acceleration

Deductively, the acceleration of this sled can be calculated by doing the following:

  • The force of gravity must be broken into its parallel and perpendicular components.
  • Acceleration can be found by dividing the net force by mass.
  • Trigonometry can be used to solve for the magnitude of the force components.
  • Net force must be found before acceleration can be found.

Read more on acceleration here: brainly.com/question/14344386

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Complete Question:

A sled is moving down a steep hill. The mass of the sled is 50 kg and the net force acting on it is 20 n. What must be done to find the acceleration of the sled? check all that apply.

A. The force of gravity must be broken into its parallel and perpendicular components.

B. Acceleration can be found by dividing the net force by mass.

C. Acceleration can be found by multiplying the net force by mass.

D. The magnitude of the force components must be multiplied by gravity.

E. Trigonometry can be used to solve for the magnitude of the force components.

F. Net force must be found before acceleration can be found.