Question

Friction force acting on the block is :-
F = 500N​

Answer 1

Given

• Force Applied = 500 N
• Mass = 5 kg
• μ = 0.2

To Find

• Frictional force on the block

Solution

● Fₛ = μmg

✭ Frictional Force :

→ Fₛ = μmg

• Fₛ = Frictional Force = ?
• μ = static Friction = 0.2
• m = Mass = 5 kg
• g = Gravitational Acceleration = 10 m/s²

→ Fₛ = 0.2 × 5 × 10

→ Fₛ = 2 × 5

→ Fₛ = 10 N

• Here we may also observe that the frictional force is lesser than the force applied and hence the body would move in the direction of force

∴ Frictional force on the block is 10 N

Answer 2

Answer:

GivEn :-

• Force = 500 N
• μ = 0.2
• Mass = 5 kg

To FinD :-

Force acting

SoluTion :-

As we know that

$\huge \bf {F}_s = μmg$

Here,

Fs = Frictional force

μ = Static friction

M = Mass

G = Gravitation Acceleration

$\sf \: {F}_s \: = 0.2 \times 5 \times 10$

$\sf \: F_s = 1 \times 10$

$\sf F_s = 10 \: N$