If the mass of the body is changed to '9' times, then what should be the change
9 times, then what should be the change in velocity such that its K.E.
remain same.

Question

If the mass of the body is changed to '9' times, then what should
be the change
9 times, then what should be the change in velocity such that its K
E
remain same

Shivani Maan · Accepted Answer

Dear Student,

Kindly find the answer of your asked query

Kinetic enegry is given by:KE=12mv2since kinetic energy remains same henceKE1=KE212m1v12=12m2v22v2v1=m1m2=m9m=13v2=v13hence velocity must be reduced to 1/3 of the initial value
â€‹â€‹
Hope this information will clear your doubt about energy

Regards

If the mass of the body is changed to '9' times, then what should be the change 9 times, then what should be the change in velocity such that its K.E. remain same.

If the mass of the body is changed to '9' times, then what should be the change
9 times, then what should be the change in velocity such that its K.E.
remain same.