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F = Ma i. e. mass × acceleration
F = ma
w = work done = F. s = force × displacement
W = ma × S = m (
) × s
W = mv (
)
W =
work done = energy consumption
W = E
E =
v = velocity of light = c
E =
F = ma
w = work done = F. s = force × displacement
W = ma × S = m (
W = mv (
W =
work done = energy consumption
W = E
E =
v = velocity of light = c
E =
rajanijaiswal:
are you menter
Answered by
1
Hey buddy here is ur answer !!
》》Einstein's most famous equation, E = mc^2, falls into that category, stating that the energy content of a massive body is equal to that object's mass times the speed of light squared. Yet somehow, E =mc^2 is exactly what we have, with nothing more and nothing less.
》》 BE BRAINLY 《《
☺ HOPE U LIKE ☺
✌ HAPPY NEW YEAR ✌
》》Einstein's most famous equation, E = mc^2, falls into that category, stating that the energy content of a massive body is equal to that object's mass times the speed of light squared. Yet somehow, E =mc^2 is exactly what we have, with nothing more and nothing less.
》》 BE BRAINLY 《《
☺ HOPE U LIKE ☺
✌ HAPPY NEW YEAR ✌
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