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