If two moving bodies have equal masses , what will be the ratio of their Kinetic energies in
terms of their momenta ?
Answers
Answer❀✿°᭄
Let Z be the number
Z = 13x + 11 where x is the quotient when Z is divided by 13
Z = 17y + 9 where y is the quotient when Z is divided by 17
13x + 11 = 17y + 9
13x + 2 = 17y since x and y are quotients they should be whole numbers . Since y has to be a whole number the left hand side should be multiple of 17
The least possible value of x satisfying the condition is 9 and y will be 7
The answer is 13*9 + 11 = 128 or it is 17*7 + 9 = 128
This is the least number possible. There will be multiple answers and will increase in multiples 17*13 = 221 like 349 , 570, etc
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The momentum and the kinetic energy of a moving body are the body’s properties which is very much related to velocity.
Momentum is the product of the mass of the body and its velocity. It is a vector quantity. Its unit of measure in SI is kg * m/s.
Kinetic energy is the product of one-half of the mass of the body and the square of its velocity or speed. It is a scalar quantity. Its SI unit is kg * m^2/s^2. This unit is usually expressed in newton * meter or joule.