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