if the units of mass, time ,and length are quadrupled each, then magnitude of impulse becomes how many times ,the previous value?
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if the units of mass, time ,and length are quadrupled each,
then magnitude of impulse becomes how many times ,the previous value?
solution :
we know that
impulse = force *time
= mass * acceleration *time
= mass * velocity / time *time
=mass*velocity
=mass*displacement /time
= MLT⁻¹
Let mass = M , Length = L and time = T
therefore ,
Magnitude of Impulse = MLT⁻¹
according to question ,
mass = 4M
Length = 4L
time = 4T
therefore ,
Magnitude Of Impulse (when M,L and T are Quadrupled) = 4M *4L / 4T=4 MLT⁻¹
= 4 Magnitude of Impulse
therefore the magnitude of Impulse will become 4 times the initial Magnitude
Hope this helps you!!!
Thank You!!!
Please mark as Best !!!
:))))))))
solution :
we know that
impulse = force *time
= mass * acceleration *time
= mass * velocity / time *time
=mass*velocity
=mass*displacement /time
= MLT⁻¹
Let mass = M , Length = L and time = T
therefore ,
Magnitude of Impulse = MLT⁻¹
according to question ,
mass = 4M
Length = 4L
time = 4T
therefore ,
Magnitude Of Impulse (when M,L and T are Quadrupled) = 4M *4L / 4T=4 MLT⁻¹
= 4 Magnitude of Impulse
therefore the magnitude of Impulse will become 4 times the initial Magnitude
Hope this helps you!!!
Thank You!!!
Please mark as Best !!!
:))))))))
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