Recent content by Ankit Mathur

  1. A

    High School Mass of a body when Acceleration is 0 and Force is 0.

    Ok
  2. A

    High School Mass of a body when Acceleration is 0 and Force is 0.

    0 cannot be divided by 0. So I think from now val. mass shold be given in the numericlas of physics.
  3. A

    High School Mass of a body when Acceleration is 0 and Force is 0.

    We know that Force= Mass x Acceleration. When the force applied on a body is 0 the accelaration produced in the body is also 0. (F=m a). So, what will be the mass of a body on which no force is applied and no acceleration is produced? [ mentor note: post moved from New Member...