prove E=mc^2
Eisenstein's mass energy relation
pardep:
he
Answers
Answered by
3
ANSWER
pls see in pic
in this famous equation
e is energy
m is mass
and c ^2 is speed of light
using this equation
Einstein showed the relationship between the mass and energy.
and according to the theory of relativity
nothing can travel higher than the speed of light.
which values 299729458m/s
THANKS
pls see in pic
in this famous equation
e is energy
m is mass
and c ^2 is speed of light
using this equation
Einstein showed the relationship between the mass and energy.
and according to the theory of relativity
nothing can travel higher than the speed of light.
which values 299729458m/s
THANKS
Attachments:
Answered by
13
let F=ma ....... 1
we know that a = v/t
where v is the velocity.....
and F = e/d
where d is the distance....
put these values in equation 1
e/d = m*v/t
or e = m*v*d/t ........ 2
since we know that d/t = v put this value in equation 2
therefore we have e = m*v*v
or e= mv^2
if particle is a electron.....
then take v=c ( i.e. speed of light )
so e = mc^2
Hope it helps you Out✌✌
Similar questions
English,
7 months ago
Computer Science,
7 months ago
English,
7 months ago
Math,
1 year ago
Social Sciences,
1 year ago
Physics,
1 year ago
Science,
1 year ago