moment of inertia under damped fundamental frequency Turbulence density Over damped Longitudinal wave harmonics beat frequency explosion conservative force amplitude PHYS1011 rolling motion 2.77 1.58*10^6 Archimedes' Principle 1.09 163 kinematics viscosity ideal banking impulse momentum theorem work energy theorem parallel axis theorem para thrust static equilibrium escape velocity work torque orthogonal vectors pascal's principle mechanical energy centre of mass conservation of angular momentum con 41.4 Hooke's Law transverse wave simple harmonic motion 99.5 12.6 pressure critically damped conserved quantity c associative commutative 0.76 Doppler effect antinode moment of inertia under damped fundamental frequency Turbulence density Over damped Longitudinal wave harmonics beat frequency explosion conservative force amplitude PHYS1011 rolling motion 2.77 1.58*10^6 Archimedes' Principle 1.09 163 kinematics viscosity ideal banking impulse momentum theorem work energy theorem parallel axis theorem para thrust static equilibrium escape velocity work torque orthogonal vectors pascal's principle mechanical energy centre of mass conservation of angular momentum con 41.4 Hooke's Law transverse wave simple harmonic motion 99.5 12.6 pressure critically damped conserved quantity c associative commutative 0.76 Doppler effect antinode
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
G-moment of inertia
O-under
damped
I-fundamental frequency
I-Turbulence
I-density
N-Over damped
B-Longitudinal wave
O-harmonics
N-beat frequency
N-explosion
O-conservative force
G-amplitude
B-PHYS1011
N-rolling motion
B-2.77
N-1.58*10^6
O-Archimedes' Principle
I-1.09
G-163
O-kinematics
G-viscosity
B-ideal banking
O-impulse momentum theorem
N-work energy theorem
B-para
B-parallel axis theorem
I-thrust
G-static
equilibrium
B-escape velocity
I-work
O-torque
N-orthogonal vectors
N-pascal's principle
B-mechanical energy
I-centre of mass
B-con
B-conservation of angular momentum
B-41.4
O-Hooke's Law
G-transverse wave
G-simple harmonic motion
G-99.5
G-12.6
N-pressure
O-critically damped
B-c
B-conserved quantity
G-associative
O-commutative
I-0.76
I-Doppler effect
I-antinode