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