...into the squares of their velocities is the same both before and after the stroke. POISSON, § 428. 145. The product of the mass of a body into the square...third deduction from the action of elastic bodies npon each other, has been alleged by them in confirmation oi their views. 146. In order to find the...

...into the squares of their velocities is the same both before and after the stroke. POISSON, § 428. 145. The product of the mass of a body into the square of iu velocity is what has been called the Fw Viva of the body. Sonic philosophers estimate the force...

...find the direction of projection by a geometrical construction. Def . The term ' vis viva ' expresses the product of the mass of a body into the square of its velocity. 43. In the direct impact of two perfectly hard bodies, prove that the difference of the vires viva,...

...find the direction of projection by a geometrical construction. Def. The term ' vis viva ' expresses the product of the mass of a body into the square of its velocity. 43. In the direct impact of two perfectly hard bodies, prove that the difference of the vires vivee,...

...with those which would be obtained by changing the sign of u' in the formulae for » and »'. 107. The product of the mass of a body into the square of its velocity is called the vis viva of the body. The vis viva of a system of bodies is the sum of the vis viva of every...

...coincide with those which would be obtained by changing the sign of u' in the formulae for v and v'. 107. The product of the mass of a body into the square of its velocity is called the vis viva of the body. The vis viva of a system of bodies is the sum of the vis viva of every...

...In mechanics we are able to appreciate and measure the energy with which a moving body is endowed. The product of the mass of a body into the square of its velocity expresses what is called the vis viva, or living force. This product has not, properly speaking, any...

...In mechanics we are able to appreciate and measure the energy with which a moving body is endowed. The product of the mass of a body into the square of its velocity expresses what is called the vis viva, or living force. This product has not, properly speaking, any...

...energy of the body at B is equal to its energy at A, but at B its energy is all potential. Obs. 2. — The product of the mass of a body into the square of its velocity is called the vis viva of the body. The vis viva is hence twice the kinetic energy. 43. If the action...

...physical energies are only other forms of what is known in mechanics as vis viva, which depends merely on the product of the mass of a body into the square of its velocity. The conservation of energy, as is very lucidly shown in the Unseen Universe? is really nothing more...