Forces, Motion and Newton's Laws (Fill-in)

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Key concepts of motion and laws

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Daniel Robinson

Estados Unidos

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Completar Frases Forces, Motion and Newton's Laws (Fill-in)Versión en línea Key concepts of motion and laws por Daniel Robinson 1 Speed is the rate at which something moves . Velocity refers to speed in a given . is the rate at which velocity changes . An object accelerates when it's speed , , or when it direction . 2 We can use the Speed Triangle for finding speed , distance , and time . Speed is calculated by dividing distance by . Distance is calculated by multiplying by time . Time is calculated by dividing by speed . 3 A is a push or a pull that can change an object's motion . Force is described by and . The unit for force is called ( N ) . 4 is the combination of all forces acting on an object . When the sum is not zero , the object experiences which cause a change in motion . When the sum of all forces is , the forces are , and there is no change in motion . 5 A force is when two objects are physically touching . A - force , like gravity , acts at a distance , without physically touching each other . 6 forces are equal in strength , and result in no change to an object's . Unbalanced forces are in strength , and cause a in an object's motion . 7 Friction is the resistive force that occurs when two slide or try to slide past each other . Friction can produce and wear , and it can either oppose motion or help objects start moving by providing grip . 8 An object at rest will remain at , and an object in motion will stay in , unless an external acts on it . 9 Objects resist changes in their motion due to . This resistance explains why seatbelts protect us when a car stops abruptly , because the body would otherwise continue moving at the same . An object's inertia depends on its . 10 According to Newton's second law , the net force equals times , and it points in the direction of the acceleration . If you increased the mass of an object , its acceleration would . 11 Newton's third law of motion states that every action has an but opposite . When you push on a wall , the wall will push back with the of force , but in the direction . 12 A rocket launch can be explained by the law of motion . When a rocket pushes gas downward , the gas forces the rocket . This is an example of an - pair .

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Forces, Motion and Newton's Laws (Fill-in)Versión en línea

Key concepts of motion and laws

por Daniel Robinson

Speed is the rate at which something moves . Velocity refers to speed in a given . is the rate at which velocity changes . An object accelerates when it's speed , , or when it direction .

We can use the Speed Triangle for finding speed , distance , and time . Speed is calculated by dividing distance by . Distance is calculated by multiplying by time . Time is calculated by dividing by speed .

A is a push or a pull that can change an object's motion . Force is described by and . The unit for force is called ( N ) .

is the combination of all forces acting on an object . When the sum is not zero , the object experiences which cause a change in motion . When the sum of all forces is , the forces are , and there is no change in motion .

A force is when two objects are physically touching . A - force , like gravity , acts at a distance , without physically touching each other .

forces are equal in strength , and result in no change to an object's . Unbalanced forces are in strength , and cause a in an object's motion .

Friction is the resistive force that occurs when two slide or try to slide past each other . Friction can produce and wear , and it can either oppose motion or help objects start moving by providing grip .

An object at rest will remain at , and an object in motion will stay in , unless an external acts on it .

Objects resist changes in their motion due to . This resistance explains why seatbelts protect us when a car stops abruptly , because the body would otherwise continue moving at the same . An object's inertia depends on its .

According to Newton's second law , the net force equals times , and it points in the direction of the acceleration . If you increased the mass of an object , its acceleration would .

Newton's third law of motion states that every action has an but opposite . When you push on a wall , the wall will push back with the of force , but in the direction .

A rocket launch can be explained by the law of motion . When a rocket pushes gas downward , the gas forces the rocket . This is an example of an - pair .

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Forces, Motion and Newton's Laws (Fill-in)Versión en línea

por Daniel Robinson

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