tan opp/adj incline plane slanted gravity 9.81 sin opp/hyp Force ma Newton Sir Issac meter m Hooke's Law springs kinematics study of motion Friction force that resists relative motion kilogram kg F=ma Newton's 2nd Law principle of inertia Newton's 1st Law velocity displacement/time centripetal acceleration v squared/r cos adj/hyp Vector magnitude and direction momentum kg(m/s) Scalar magnitude only Acceleration change in velocity divided by time second unit of time Mass quantity of matter impulse change in momentum static friction stationary resistance tan opp/adj incline plane slanted gravity 9.81 sin opp/hyp Force ma Newton Sir Issac meter m Hooke's Law springs kinematics study of motion Friction force that resists relative motion kilogram kg F=ma Newton's 2nd Law principle of inertia Newton's 1st Law velocity displacement/time centripetal acceleration v squared/r cos adj/hyp Vector magnitude and direction momentum kg(m/s) Scalar magnitude only Acceleration change in velocity divided by time second unit of time Mass quantity of matter impulse change in momentum static friction stationary resistance
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. 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.
opp/adj
tan
slanted
incline plane
9.81
gravity
opp/hyp
sin
ma
Force
Sir Issac
Newton
m
meter
springs
Hooke's Law
study of motion
kinematics
force that resists relative motion
Friction
kg
kilogram
Newton's 2nd Law
F=ma
Newton's 1st Law
principle of inertia
displacement/time
velocity
v squared/r
centripetal acceleration
adj/hyp
cos
magnitude and direction
Vector
kg(m/s)
momentum
magnitude only
Scalar
change in velocity divided by time
Acceleration
unit of time
second
quantity of matter
Mass
change in momentum
impulse
stationary resistance
static friction