A block is lying static on the floor. The maximum value of static frictional force on the block is 10 N. If a horizontal force of 8 N is applied to the block, what will be the frictional force on the block?

Question

A block is lying static on the floor. The maximum value of static frictional force on the block is 10 N. If a horizontal force of 8 N is applied to the block, what will be the frictional force on the block? (A) 2 N (B) 18 N (C) 8 N (D) 10 N

Tardigrade Admin · Accepted Answer

Static frictional force fs=10 N If F=8 N fs=8 N for the given case. Because if force is applied and the body remains m at rest, then static force is equal to applied force.

Q. A block is lying static on the floor. The maximum value of static frictional force on the block is $10 N$ . If a horizontal force of $8 N$ is applied to the block, what will be the frictional force on the block?

2 N

18 N

8 N

10 N

Static frictional force $f_{s} = 10 N$ If $F = 8 N$
$f_{s} = 8 N$ for the given case. Because if force is applied and the body remains $m$ at rest, then static force is equal to applied force.

Q. A block is lying static on the floor. The maximum value of static frictional force on the block is 10N. If a horizontal force of 8N is applied to the block, what will be the frictional force on the block?

2 N

18 N

8 N

10 N

Static frictional force fs​=10N If F=8N fs​=8N for the given case. Because if force is applied and the body remains m at rest, then static force is equal to applied force.

Q. A block is lying static on the floor. The maximum value of static frictional force on the block is $10 N$ . If a horizontal force of $8 N$ is applied to the block, what will be the frictional force on the block?

Static frictional force $f_{s} = 10 N$ If $F = 8 N$
$f_{s} = 8 N$ for the given case. Because if force is applied and the body remains $m$ at rest, then static force is equal to applied force.