So ** Energy = Work ( ability of)** = Force x
Distance = (Mass x acceleration ) x distance = (Mass x [rate of
change of velocity ] x distance ) = kg x m/s

__Relativistic
Energy__

Generalisation of momentum in
keeping with the principal of relativity. Likewise the definition of __kinetic
energy__ ( see C. P. page 896 ) ** mv^{2}/2** was
changed by Einstein to

__Kinetic
Energy
__**K
E = mc ^{2} - m _{0}c^{2}**

Where
**m _{0}c^{2} **is a term which is independent of the
speed of the object and it is called the

** E = mc ^{2} = K E + m_{0}c^{2}
**

This is Einstein’s famous
mass-energy equivalence equation The relation ** E = mc^{2}**
shows that the mass is a form of Energy. Furthermore, this result shows
that even a small mass corresponds to an enormous amount of energy.

** Energy = E** which
has been dealt with above has

For Example, ** the mass of an
electron is 9.11 x 10^{ - 31} kg.** Hence ,
its

(see Page 897 C. P.**)
**

**
m_{ 0}c^{2} =( 9.11 x 10 ^{ - 31 } kg) ( 3
x 10^{ 8 }m/s)^{2} = 8.2 x 10 ^{- 14
} J **

here we see that according
to the** New Concept **the

And m

__
m _{0}c^{2} = 8.2 x 10^{-14} 1kg. ( 1__

__As such, the New Concept is
in no way in conflict with Max Planck’s or Albert Einstein’s Theories.
__

**(55)**