3/2 Inertia 4000 J/kg°C (-4,0) 100N 4 (0,0) Retardation Air resistance 5.25 3 Series circuit Specific heat capacity 90N 7 4100 J/kg°C Latent heat 2 6 (x-4)^2+ (y- 2)^2=9 1 98N x^2- 5x+6 4200 J/kg°C (4,0) y=5x- 3 Conduction F=ma Convection Displacement Parallel circuit Velocity Short circuit 5 3/2 Inertia 4000 J/kg°C (-4,0) 100N 4 (0,0) Retardation Air resistance 5.25 3 Series circuit Specific heat capacity 90N 7 4100 J/kg°C Latent heat 2 6 (x-4)^2+ (y- 2)^2=9 1 98N x^2- 5x+6 4200 J/kg°C (4,0) y=5x- 3 Conduction F=ma Convection Displacement Parallel circuit Velocity Short circuit 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.
N-3/2
N-Inertia
G-4000 J/kg°C
O-(-4,0)
B-100N
O-4
O-(0,0)
N-Retardation
I-Air resistance
G-5.25
I-3
I-Series circuit
O-Specific heat capacity
I-90N
G-7
O-4100 J/kg°C
G-Latent heat
N-2
B-6
B-(x-4)^2+(y-2)^2=9
I-1
B-98N
G-x^2-5x+6
O-4200 J/kg°C
G-(4,0)
B-y=5x-3
I-Conduction
G-F=ma
N-Convection
B-Displacement
N-Parallel circuit
I-Velocity
B-Short circuit
O-5