Planetary Motion Yes/No

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Select "yes" or "no" for the statements.

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Jenna Riddle

Estados Unidos

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Planetary Motion Yes/NoVersión en línea Select "yes" or "no" for the statements. por Jenna Riddle 1 As objects move farther away from one another, their gravitational pull decreases. Yes No 2 Inertia helps a moving planet continue moving unless something intereferes with its path. Yes No 3 The word "elliptical" also means "oval-shaped." Yes No 4 The Sun orbits the planets as they move. Yes No 5 Planets always move at the same speed around the sun. Yes No 6 Without inertia, planets would most likely be sucked into the Sun. Yes No 7 Gravity causes the planets to stop moving. Yes No 8 The farther a planet is from the Sun, the longer it takes to orbit the Sun. Yes No 9 More massive objects have a smaller gravitational force or pull. Yes No 10 As objects move closer to one another, their gravitational pull gets stronger. Yes No 11 The force of gravity keeps planets in orbit around the Sun. Yes No 12 Without the force of gravity, planets would continue in a straight line into space. Yes No 13 Kepler's First Law states planets orbit the Sun in an elliptical orbit. Yes No 14 Planets orbit the Sun in perfect circles. Yes No

Planetary Motion Yes/NoVersión en línea

Select "yes" or "no" for the statements.

por Jenna Riddle

As objects move farther away from one another, their gravitational pull decreases.

Yes

Inertia helps a moving planet continue moving unless something intereferes with its path.

Yes

The word "elliptical" also means "oval-shaped."

Yes

The Sun orbits the planets as they move.

Yes

Planets always move at the same speed around the sun.

Yes

Without inertia, planets would most likely be sucked into the Sun.

Yes

Gravity causes the planets to stop moving.

Yes

The farther a planet is from the Sun, the longer it takes to orbit the Sun.

Yes

More massive objects have a smaller gravitational force or pull.

Yes

As objects move closer to one another, their gravitational pull gets stronger.

Yes

The force of gravity keeps planets in orbit around the Sun.

Yes

Without the force of gravity, planets would continue in a straight line into space.

Yes

Kepler's First Law states planets orbit the Sun in an elliptical orbit.

Yes

Planets orbit the Sun in perfect circles.

Yes

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Planetary Motion Yes/No

Sí o No

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Sí o No

¿Es verdad?

Sí o No

¿Está creado con Inteligencia Artificial?

Sí o No

Preguntas sobre futbol para niños

Sí o No

Grammys a mejor canción/grabación

Sí o No

OPEN UP 5 UNIT 3: THERE IS/ARE, THERE WAS, THERE WERE

Planetary Motion Yes/NoVersión en línea

por Jenna Riddle

As objects move farther away from one another, their gravitational pull decreases.

Inertia helps a moving planet continue moving unless something intereferes with its path.

The word "elliptical" also means "oval-shaped."

The Sun orbits the planets as they move.

Planets always move at the same speed around the sun.

Without inertia, planets would most likely be sucked into the Sun.

Gravity causes the planets to stop moving.

The farther a planet is from the Sun, the longer it takes to orbit the Sun.

More massive objects have a smaller gravitational force or pull.

As objects move closer to one another, their gravitational pull gets stronger.

The force of gravity keeps planets in orbit around the Sun.

Without the force of gravity, planets would continue in a straight line into space.

Kepler's First Law states planets orbit the Sun in an elliptical orbit.

Planets orbit the Sun in perfect circles.

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