Question

Two boys are applying oppositely
directed, and equal in magnitude,
forces on a box as shown in the
figure.
In such a case, the force of friction, that would exist between the lower end of
the box and the ground, would be called-
sliding friction
fluid friction
static friction
rolling friction
​

Answer 1

Answer:static friction

Explanation:bcoz it is straight and friction will take place

Answer 2

Option 3, static friction, is the right response to the query.

The force of friction prevents a box from moving when two boys exert opposing forces that are of equal magnitude. Static friction is the frictional force that exists between the bottom of the box and the ground. When there is no relative motion between two objects in contact, static friction the force that opposes relative motion occurs. In this instance, frictional force balances the boys' force and keeps the box from moving.

Conversely, sliding friction happens when two surfaces are gliding past one another. Fluid friction is the resistance an object experiences while moving through a fluid, like air or water. The force that prevents a rolling object, like a wheel, from moving is called rolling friction.

For more such questions on static friction: https://brainly.in/question/16401940

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