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