Loading…
6 of 6 objectives have lessons · 0 studied · 0 secure
What Cambridge says you should be able to do, in our words. Codes are the topic number plus the objective’s position.
Understand that mass is the property of an object that opposes any change in its motion.
Taught in: Mass, inertia and Newton's first law · 3 questions
Recall F = ma and use it in problem solving, understanding that the resultant force and the acceleration always act in the same direction.
Taught in: F = ma: resultant force and acceleration, F = ma problems: lifts, tow bars and slopes · 13 questions
Define linear momentum as mass multiplied by velocity, and use this definition.
Taught in: Linear momentum: mass times velocity · 6 questions
Define force as the rate of change of momentum, and use this definition.
Taught in: Force is the rate of change of momentum, Hoses, helicopters and rockets: force from a flow of mass · 10 questions
State Newton’s laws of motion and apply each one.
Taught in: Force is the rate of change of momentum, Mass, inertia and Newton's first law, Hoses, helicopters and rockets: force from a flow of mass, F = ma problems: lifts, tow bars and slopes, Newton's third law: forces come in pairs · 18 questions
Describe weight as the effect of a gravitational field acting on a mass and use this idea, recalling that an object’s weight is its mass multiplied by the acceleration of free fall.
Taught in: F = ma problems: lifts, tow bars and slopes, Weight: a gravitational field acting on a mass · 10 questions