Newton's First Law Challenge

Froggy Jumps

Jugadas 6

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Sobre esta actividad

Inertia and motion basics

Creada por

Pressie Joy Sumabong

Filipinas

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Froggy Jumps Newton's First Law ChallengeVersión en línea Inertia and motion basics por Pressie Joy Sumabong 1 What does Newton's first law state about an object at rest or in uniform motion if no net external force acts on it? a It must accelerate unless acted on by a force b It remains at rest or moves with constant velocity c It can only move in circular paths 2 Which term best describes an object's resistance to changes in motion? a Velocity b Momentum c Inertia 3 If a book is lying on a table and the table is frictionless, what happens to the book? a It stays at rest b It speeds up c It moves in circles 4 A car cruising at constant speed on a straight road with no net horizontal force implies what about acceleration? a Decreasing velocity b Zero acceleration c Increasing acceleration 5 Which everyday example demonstrates Newton's first law? a A spinning top speeding up continuously b A seatbelt stopping you from moving forward in a crash c A ball rolling uphill 6 What happens to the motion of a moving train that suddenly loses friction with the rails? a It continues moving at the same speed if no other force acts b It reverses direction c It immediately stops 7 In space, astronauts float because there is no what? a Friction b Net external force c Gravity 8 Which scenario has zero net force acting on the object? a A hockey puck sliding on ice with no air resistance b A skier going uphill c A parachute opening in air 9 If you push a crate on a rough floor and it stops, what primarily caused the stop? a Gravity alone b A nonzero net force from friction c No forces acted on it 10 What is the proper relationship described by the first law? a All objects require force to move b Motion stays constant unless a net force changes it c Motion always stops after a while

Froggy Jumps

Newton's First Law ChallengeVersión en línea

Inertia and motion basics

por Pressie Joy Sumabong

What does Newton's first law state about an object at rest or in uniform motion if no net external force acts on it?

It must accelerate unless acted on by a force

It remains at rest or moves with constant velocity

It can only move in circular paths

Which term best describes an object's resistance to changes in motion?

Velocity

Momentum

Inertia

If a book is lying on a table and the table is frictionless, what happens to the book?

It stays at rest

It speeds up

It moves in circles

A car cruising at constant speed on a straight road with no net horizontal force implies what about acceleration?

Decreasing velocity

Zero acceleration

Increasing acceleration

Which everyday example demonstrates Newton's first law?

A spinning top speeding up continuously

A seatbelt stopping you from moving forward in a crash

A ball rolling uphill

What happens to the motion of a moving train that suddenly loses friction with the rails?

It continues moving at the same speed if no other force acts

It reverses direction

It immediately stops

In space, astronauts float because there is no what?

Friction

Net external force

Gravity

Which scenario has zero net force acting on the object?

A hockey puck sliding on ice with no air resistance

A skier going uphill

A parachute opening in air

If you push a crate on a rough floor and it stops, what primarily caused the stop?

Gravity alone

A nonzero net force from friction

No forces acted on it

What is the proper relationship described by the first law?

All objects require force to move

Motion stays constant unless a net force changes it

Motion always stops after a while

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Newton's First Law Challenge

Froggy Jumps

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

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Froggy Jumps

Newton's First Law ChallengeVersión en línea

por Pressie Joy Sumabong

What does Newton's first law state about an object at rest or in uniform motion if no net external force acts on it?

Which term best describes an object's resistance to changes in motion?

If a book is lying on a table and the table is frictionless, what happens to the book?

A car cruising at constant speed on a straight road with no net horizontal force implies what about acceleration?

Which everyday example demonstrates Newton's first law?

What happens to the motion of a moving train that suddenly loses friction with the rails?

In space, astronauts float because there is no what?

Which scenario has zero net force acting on the object?

If you push a crate on a rough floor and it stops, what primarily caused the stop?

What is the proper relationship described by the first law?