conservation of angular momentum con torque explosion associative Over damped Doppler effect pressure fundamental frequency 163 pascal's principle Archimedes' Principle 41.4 Hooke's Law amplitude 12.6 thrust static equilibrium 99.5 parallel axis theorem para impulse momentum theorem mechanical energy commutative antinode kinematics under damped critically damped 1.58*10^6 orthogonal vectors transverse wave Turbulence rolling motion 1.09 centre of mass work energy theorem conservative force simple harmonic motion harmonics Longitudinal wave 0.76 density PHYS1011 viscosity 2.77 work moment of inertia beat frequency escape velocity ideal banking conserved quantity c conservation of angular momentum con torque explosion associative Over damped Doppler effect pressure fundamental frequency 163 pascal's principle Archimedes' Principle 41.4 Hooke's Law amplitude 12.6 thrust static equilibrium 99.5 parallel axis theorem para impulse momentum theorem mechanical energy commutative antinode kinematics under damped critically damped 1.58*10^6 orthogonal vectors transverse wave Turbulence rolling motion 1.09 centre of mass work energy theorem conservative force simple harmonic motion harmonics Longitudinal wave 0.76 density PHYS1011 viscosity 2.77 work moment of inertia beat frequency escape velocity ideal banking conserved quantity c
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B-con
B-conservation of angular momentum
O-torque
N-explosion
G-associative
N-Over damped
I-Doppler effect
N-pressure
I-fundamental frequency
G-163
N-pascal's principle
O-Archimedes' Principle
B-41.4
O-Hooke's Law
G-amplitude
G-12.6
I-thrust
G-static
equilibrium
G-99.5
B-para
B-parallel axis theorem
O-impulse momentum theorem
B-mechanical energy
O-commutative
I-antinode
O-kinematics
O-under
damped
O-critically damped
N-1.58*10^6
N-orthogonal vectors
G-transverse wave
I-Turbulence
N-rolling motion
I-1.09
I-centre of mass
N-work energy theorem
O-conservative force
G-simple harmonic motion
O-harmonics
B-Longitudinal wave
I-0.76
I-density
B-PHYS1011
G-viscosity
B-2.77
I-work
G-moment of inertia
N-beat frequency
B-escape velocity
B-ideal banking
B-c
B-conserved quantity