opposes motion on two surfaces all forces acting on an object speed and direction motion parallel to ground 9.8 m/s/s push or pull increasing velocity force opposes motion of objects in air acceleration due to gravity decreasing velocity amount of matter in an object newton only force acting on object is gravity speed and direction force of gravity on an object g force=air resistance distance divided by time change of velocity over time Kg unbalanced for moving objects in a circle SI unit of force motion perpendicular to ground curved path of a thrown object change in position relative to a ref. point m/s opposes motion on two surfaces all forces acting on an object speed and direction motion parallel to ground 9.8 m/s/s push or pull increasing velocity force opposes motion of objects in air acceleration due to gravity decreasing velocity amount of matter in an object newton only force acting on object is gravity speed and direction force of gravity on an object g force=air resistance distance divided by time change of velocity over time Kg unbalanced for moving objects in a circle SI unit of force motion perpendicular to ground curved path of a thrown object change in position relative to a ref. point m/s
(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-opposes motion on two surfaces
G-all forces acting on an object
G-speed and direction
N-motion parallel to ground
G-9.8 m/s/s
B-push or pull
I-increasing velocity
B-force opposes motion of objects in air
N-acceleration due to gravity
B-decreasing velocity
O-amount of matter in an object
N-newton
O-only force acting on object is gravity
B-speed and direction
N-force of gravity on an object
O-g force=air resistance
G-distance divided by time
O-change of velocity over time
B-Kg
I-unbalanced for moving objects in a circle
N-SI unit of force
O-motion perpendicular to ground
I-curved path of a thrown object
G-change in position relative to a ref. point
I-m/s