Question

Pulling force making an angle to the horizontal is

applied on a block of weight W placed on a horizontal

table. If the angle of friction is , then the magnitude

of force required to move the body is eqaul to​

Answer 1

Answer:

$force = m \times a ..........(1)$

where 'm' is mass of body and 'a' is acceleration

But,at this situation 'a' is applicable to g(acceleration due to gravity).

Therefore, a=g.............(2)

Explanation:

From (1)and(2)eq.

$force = mass \: of \: body (m)\times accelaration \: due \: to \: gravity(g)$

Hope it helped you///