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