what are the dimensions of angular momentum and linear momentum?
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Answered by
3
Angular Momentum = L = I•w,
where,
I = Moment Of Inertia = m•r² = [M¹L²]
w = Angular Speed = d∅/dt = [T^-1]
Therefore,
[L] = [ML²][T^-1]
[L] = [ML²T^(–1)]
Linear Momentum = p = m•v
where,
m = Mass = [M¹]
v = velocity = [L¹ T^-1]
[p] = [MLT^(–1)].
Thank Tou, Hope it helps, and if it does, mark my answer as brainliest !!!
where,
I = Moment Of Inertia = m•r² = [M¹L²]
w = Angular Speed = d∅/dt = [T^-1]
Therefore,
[L] = [ML²][T^-1]
[L] = [ML²T^(–1)]
Linear Momentum = p = m•v
where,
m = Mass = [M¹]
v = velocity = [L¹ T^-1]
[p] = [MLT^(–1)].
Thank Tou, Hope it helps, and if it does, mark my answer as brainliest !!!
FlashMello613:
dude, mark it as the brainliest
plz
Answered by
1
Answer:
Linear momentum :
It is product of mass and velocity of an object.
i.e. p = m v
The SI unit is kg m / sec .
Conservation of linear momentum :
For any collision occurring in an isolated system, momentum is conserved.
m₁ v₁ = m₂ v₂
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