Question

two body of mass 10kg and 5kg attached to each other applied by a constant for 300 newton 10 kg body then common acceleration is​

Answer 1

Given :

Mass of body A = 10 kg

Mass of body B = 5 kg

Magnitude of force = 300N

To Find :

Common acceleration of the whole system.

Solution :

❒ Since both masses are attached with each other, system will move with some common acceleration after applying force on any one block.

• As per newton's second law of motion, force is measured as the product of mass and acceleration$.$

Mathematically, F = m a

» F denotes force

» m denotes mass

» a denotes acceleration

By substituting the given values,

➙ F = (m₁ + m₂) × a

➙ 300 = (10 + 5) × a

➙ a = 300 / 15

➙ a = 20 m/s²

Answer 2

Answer:

Given :

Mass of body A = 10 kg

Mass of body B = 5 kg

Magnitude of force = 300N

To Find :

Common acceleration of the whole system.

Solution :

❒ Since both masses are attached with each other, system will move with some common acceleration after applying force on any one block.

As per newton's second law of motion, force is measured as the product of mass and acceleration..

Mathematically, F = m a

» F denotes force

» m denotes mass

» a denotes acceleration

By substituting the given values,

➙ F = (m₁ + m₂) × a

➙ 300 = (10 + 5) × a

➙ a = 300 / 15

➙ a = 20 m/s²