first law of motion

According to Newton's first law of motion, an objects motion will not change unless acted upon by:

• Balanced forces

• Unbalanced forces

• Newton's First Law of Motion

• Net Force

• Newton's Third Law of Mottion

The combination of all the forces acting on an object is called:

• Balanced Force

• Unbalanced Force

• Net Force

• Newton's Third Law of Motion

Calculate the net force to determine if the forces acting on the box are balanced or unbalanced.

• Net force = .6 (balanced)

• Net force = .6 (unbalanced)

• Net force = 6.8 (unbalanced)

• Net force = 6.8 (balanced)

Calculate the net force to determine the direction the object will travel.

• ItNet Force = 6.8 with acceleration to the right

• Net Force = .6 with acceleration to the right

• Net Force = .6 with acceleration to the left

• Net Force = 6.8 with no acceleration left or right

Forces acting on an object that combine and form a net force of zero are called:

• Gravitational forces

• Balanced forces

• Frictional forces

• Unbalanced forces

According to Newton's first law of motion, an object's motion will not change unless acted upon by:

• Balanced forces

• Unbalanced forces

• Gravitational forces

• Frictional forces

An object's motion will remain the same when what type of force is applied?

• Frictional forces

• Balanced forces

• Unbalanced forces

• Gravitational forces

If a balanced force is applied to an object moving at a velocity of 2 m/s, the moving object's motion:

• Will decelerate to an eventual stop

• Will stop abruptly

• Will remain the same, 2 m/s

• Will have no impact on its velocity, it will continue to accelerate

The tendency for objects in motion to resist changes to their direction and speed is called:

• Force

• Acceleration

• Inertia

• Newtons

The more mass an object has:

• It will not move so it won't have inertia

• The more inertia it will have

• The less inertia it will have

• It will have no inertia