Question

When a mass of 1000 gram moves with an acceleration of 1 m/s^2, the force acting is

Answer 1

Answer:

I hope it is help full

Explanation:

The mass of the lift is 1000kg, the acceleration is 1m/s

2

and the acceleration due to gravity is 9.8m/s

2

.

The tension developed in string is given as,

T=mg+ma

=1000×9.8+1000×1

=10800N

Thus, the tension developed in the string is 10800N.

Answer 2

Given :

• Acceleration = 1 m/s²
• Mass of the body = 1000 g

To Find :

• Force = ?

Solution :

First of all convert the mass from gram to kilo gram :

→ Mass of the body = 1000 g

→ Mass of the body = 1000 ÷ 1000 kg

→ Mass of the body = 1 kg

• Hence,the mass of the body is 1 kg.

Now, let's find the Force :

• Force is the product of the mass of a body and the acceleration . Force is usually the push or pull of the mass of an object that is accompanied by the motion(acceleration). Force is a vector quantity  because it has both magnitude and direction.

• Example is when you throw a ball you apply a push, with the mass of the ball and the acceleration computed you can calculate the force applied.

• Force is measured in Newton or Kg m/s².

Mathematically, force can be represented as :

• Force = mass × acceleration

Now, plug in the given values :

→ Force = 1 × 1

→ Force = 1 kg m/s² or Newton

• Hence,the required force of the body is 1 kg m/s².