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