The final velocity of an object dropped from a height h is equal to the square root of g h times this number, the reciprocal of which is multiplied by m v squared to give kinetic energy.
Physical laws obeying a power law with a scaling exponent equal to negative one times this constant arise from the divergence theorem and can also be written in a Gauss' law form. Terminal and escape velocity both have a dimensionless prefactor equal to the square root of this number. The final velocity of an object dropped from a height h is equal to the square root of g h times this number, the reciprocal of which is multiplied by m v squared to give kinetic energy. For 10 points, acceleration is what derivative of position with respect to time?
Physical laws obeying a power law with a scaling exponent equal to negative one times this constant arise from the divergence theorem and can also be written in a Gauss' law form.
two or second &lt;SH&gt;