Physics
Grade-10
Easy

Question

The mass of the colliding bodies after and before collision is same. Is the statement true or false?

  1. True
  2. False

hintHint:

Mass remains unchanged.

The correct answer is 'True'.


    Collisions in no way affect mass of the bodies because mass only changes when matter is added or taken out from the body. As no such process occurs during collision, the mass remains constant.

    Related Questions to study

    Grade-10
    Physics

    As a bullet travels through the air, it slows down due to air resistance. How does the bullet’s momentum change as a result?

    As a bullet travels through the air, it slows down due to air resistance. How does the bullet’s momentum change as a result?

    PhysicsGrade-10
    Grade-10
    Physics

    There are two cars, car A and car B. Mass of car A is 3000 kg, travelling at 30 m/s collide with car B of mass 2000 kg travelling at 10 m/s in same direction. After collision, the velocity of car A becomes 60 m/s. Calculate the velocity of car B after the collision?

    There are two cars, car A and car B. Mass of car A is 3000 kg, travelling at 30 m/s collide with car B of mass 2000 kg travelling at 10 m/s in same direction. After collision, the velocity of car A becomes 60 m/s. Calculate the velocity of car B after the collision?

    PhysicsGrade-10
    Grade-10
    Physics

    There are two cars, car A and car B. Mass of car A is 3000 kg, travelling at 40 m/s collide with car B of mass 4000 kg travelling at 20 m/s in same direction. After collision, the velocity of car A becomes 50 m/s. Calculate the velocity of car B after the collision?

    There are two cars, car A and car B. Mass of car A is 3000 kg, travelling at 40 m/s collide with car B of mass 4000 kg travelling at 20 m/s in same direction. After collision, the velocity of car A becomes 50 m/s. Calculate the velocity of car B after the collision?

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    A 3,000 kg truck moving at +15 m/s hits a bus 1,000 kg moving at +10 m/s in the same direction. What is the approximate velocity of the truck if the final velocity of the bus becomes 8 m/s.

    A 3,000 kg truck moving at +15 m/s hits a bus 1,000 kg moving at +10 m/s in the same direction. What is the approximate velocity of the truck if the final velocity of the bus becomes 8 m/s.

    PhysicsGrade-10
    Grade-10
    Physics

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    The following example follows law of conservation of momentum.
    Is the statement true or false?
    Initial:

    Final:

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    The following example follows law of conservation of momentum.
    Is the statement true or false?
    Initial:

    Final:

    PhysicsGrade-10
    Grade-10
    Physics

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    The following example follows law of conservation of momentum.
    Is the statement true or false?
    Initial:

    Final:

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    The following example follows law of conservation of momentum.
    Is the statement true or false?
    Initial:

    Final:

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    The following example follows law of conservation of momentum.
    Is the statement true or false?
    Initial:

    Final:

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    The following example follows law of conservation of momentum.
    Is the statement true or false?
    Initial:

    Final:

    PhysicsGrade-10
    Grade-10
    Physics

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    “The following example follows the law of conservation of momentum.”
    Is the statement true or false?
    Initial:


    Final:

    Mass of the blue ball is 0.88 Kg and mass of the pink ball is 1.50 kg
    “The following example follows the law of conservation of momentum.”
    Is the statement true or false?
    Initial:


    Final:

    PhysicsGrade-10
    Grade-10
    Physics

    In the explosion of a cracker or a bomb.

    In the explosion of a cracker or a bomb.

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    Law of conservation of momentum states that:

    Law of conservation of momentum states that:

    PhysicsGrade-10
    Grade-10
    Physics

    What can you say about the numerical data from the figure, in connection with the conservation of linear momentum?

    What can you say about the numerical data from the figure, in connection with the conservation of linear momentum?

    PhysicsGrade-10
    Grade-10
    Physics

    Observe the image and answer the question below:

    What is the momentum of object A after collision?

    Observe the image and answer the question below:

    What is the momentum of object A after collision?

    PhysicsGrade-10
    parallel
    Grade-10
    Physics

    Observe the image and answer the question below:

    What is the momentum of object B before collision?

    Observe the image and answer the question below:

    What is the momentum of object B before collision?

    PhysicsGrade-10
    Grade-10
    Physics

    Observe the image and answer the question below:

    What is the momentum of object A before collision?

    Observe the image and answer the question below:

    What is the momentum of object A before collision?

    PhysicsGrade-10
    Grade-10
    Physics

    Mass of the blue ball is 0.43 Kg and mass of the pink ball is 0.45 kg
    The following example follows law of conservation of momentum. Is the statement true or false?
    Initial:

    Final:

    Mass of the blue ball is 0.43 Kg and mass of the pink ball is 0.45 kg
    The following example follows law of conservation of momentum. Is the statement true or false?
    Initial:

    Final:

    PhysicsGrade-10
    parallel

    card img

    With Turito Academy.

    card img

    With Turito Foundation.

    card img

    Get an Expert Advice From Turito.

    Turito Academy

    card img

    With Turito Academy.

    Test Prep

    card img

    With Turito Foundation.