How Do You Calculate the Net Force and Angle in Vector Addition?

In summary, two soccer players kicked a ball at the same time, with one exerting a force of 58 N west and the other exerting a force of 75 N south. The net force on the ball can be calculated using the formula V= Vf-Vi and trigonometric formulas. To find the angle, the question provides a hint to consider trigonometry and angles, specifically the sides and angles of a right triangle.
  • #1
dance_sg
113
0
1. Two soccer players kick a ball at the same time. One player exerts a force of 58 N west and the other student exerts a force of 75 N south. What is the net force on the ball?



2. V= Vf-Vi, trig formulas



3. i drew this question out and it made a right triangle, so i solved for the hypoteneuse which was 95 [N]. however, i don't know how to figure out the angle. This question is multiple choice, so it's either S 52o W or 38o
 
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  • #2
When you say "trig formulas", be more specific. That's a hint, BTW.
 
  • #3
Good hint turin. dance_sg you're on the right track thinking of trigonometrey to find the sides...whaddya know about angles?
 

Related to How Do You Calculate the Net Force and Angle in Vector Addition?

1. What is net force?

Net force is the overall force acting on an object, taking into account all the individual forces acting on that object.

2. Is net force a scalar or vector quantity?

Net force is a vector quantity, meaning it has both magnitude and direction.

3. How is net force calculated?

Net force is calculated by adding together all the individual forces acting on an object, taking into account their direction and magnitude.

4. What does a net force of zero mean?

A net force of zero means that all the individual forces acting on an object cancel each other out, resulting in no overall movement or change in motion.

5. How does net force affect an object's motion?

According to Newton's second law of motion, the net force acting on an object is directly proportional to its acceleration. This means that a larger net force will result in a greater change in an object's motion.

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