Question

The _____ force is the sum of all the forces that act upon an object.

Answer 1

In many physical situations, an object will be subject to many different forces such as gravity, friction or an external force. Finding the sum of these forces ultimately indicates if the object will move and in what direction it will move in. The sum of all forces that act upon an object is known as the net force. It can be found by simply adding individual force vectors together. 

Answer 2

The $\boxed{{\text{net}}}$  force is the sum of all the forces that act upon an object.

Further Explanation:

The force acting on a body is the effort applied on the body in order to change the state of the body. A pull or a push applied on a body is called as the force acting on the particular body.

The net force acting on a body is considered as the sum of all the forces acting on the body. If we consider a body on which a force on $10\,{\text{N}}$  is acting in forward direction and another force of $5\,{\text{N}}$  is acting in the backward direction.

Then, the net force acting on the body will be $5\,{\text{N}}$  in the forward direction. It means that the net force will be sum of all the forces considered along with the direction of the force acting on the body.

If two equal forces act on a body in the opposite directions, then the net force acting on the body will be zero. But in this situation we cannot say that there is no force acting on the body because there are two forces acting on the body whose resultant force is zero.

Learn More:

1. Forces of attraction limit the motion of particles most in brainly.com/question/947434

2. If forces acting on an object are unbalanced, the object could experience a change in , direction, or both. brainly.com/question/2720955

3. How long to walk 2000 miles brainly.com/question/3785992

Answer Details:

Grade: High School

Subject: Physics

Chapter: Force

Keywords:

Net, force, body, sum of forces, resultant force, direction of force, forward, backward, zero, two forces, effort, pull or push.