Physical quantity | Formula | Dimension |
Angular momentum (L) | L = rp = mvr | [M1L2T-1] |
Force(F) | F = ma | [M1L1T-2] |
Torque(τ) | τ = r × F | [M1L2T-2] |
Work (W)/Energy(E) | W = Fx =1/2 mv2 | [M1L2T-2] |
Therefore, the angular momentum is dimensionally represented as M¹ L² T⁻¹. A Particle's Angular Momentum. |
2 авг. 2019 г. · Derivation ... Or, M = [M0 L0 T-1] × [M1 L2 T0]-1 = M1 L2 T -1. Therefore, the angular momentum is dimensionally represented as M1 L2 T -1. |
The dimension of angular momentum is. [M1L2T−2]; [M0L1T−1]; [M1L2T−1]; [M2L1T−2]. A. [M1L2T−2]. B. [M1L2T−1]. C. [M2L1T−2]. D. [M0L1T−1]. |
Dimensional formula of angular momentum is : · The correct Answer is:A · L = mvr ⇒[L]=[m][v][r]=MLT−1×L=ML2T−1 · The dimensional formula for angular momentum is. |
Derivation of the dimensional formula of angular momentum: Hence, the dimensional formula of angular momentum is M¹L²T-1. |
Mathematically, it is given as the product of mass, velocity, and radius. Hence, the dimensional equation of angular momentum is J = [ M1 L2 T-1 ]. |
The dimensions of angular momentum, latent heat and capacitance are, respectively. ML2T1A2,L2T−2M−1L−2T2; MLT2,L2T2,M−1L−2T4A2; ML2T−1,L2T−2,ML2TA2; ML2T−1,L2T− ... |
Q. What is the dimensional formula of angular momentum L ? L=r p sinθ, where r is the position and P is momentum. |
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