A) force B) acceleration C) mass D) inertia
A) balanced B) unbalanced C) momentum D) inertia
A) momentum B) inertia C) unbalanced D) balanced
A) net force B) mass C) acceleration D) net inertia
A) temperature B) inertia C) weight D) volume
A) volume B) density C) temperature D) mass
A) action/reaction B) inertia C) acceleration D) momentum
A) volume B) inertia C) momentum D) force, mass and acceleration
A) m/s/s B) g C) newtons D) m/s
A) friction B) push C) centripetal D) gravity
A) F=ma B) action and reaction C) inertia D) volume
A) 1m/s/s B) 9.8 m/s/s C) 98 m/s/s D) based on their mass
A) both horizontal and vertical motion B) only vertical motion C) only horizontal motion D) only gravity
A) the difference of the two starting momentums B) the smaller objects momentum C) the momentum that comes out D) the larger objects momentum
A) mass and velocity B) meters and seconds C) time and temperature D) mass and meters
A) Friction B) Gravity C) Outside D) Centripetal
A) 6000 kg B) 1000 kg C) 600 N D) 600kg
A) Feather holding still B) Bowling ball with a velocity of 20 m/s north C) Car holding still D) Ping pong ball with velocity of 10 m/s south
A) Lifting a book B) Turning a corner with cruise control set C) Constant speed D) Acceleration
A) Fluid B) Sliding C) Rollong D) Liquid |