Kepler's Laws Quiz

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Test your understanding of planetary motion

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Xyza Palomata

Estados Unidos

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Froggy Jumps Kepler's Laws QuizVersión en línea Test your understanding of planetary motion por Xyza Palomata 1 What shape is a planet's orbit according to Kepler's first law? a A parabola b A perfect circle c An ellipse with the Sun at one focus 2 Kepler's second law states planets sweep out equal areas in equal what? a Time intervals b Orbital angles c Distance 3 Where is the Sun located in a planet's orbit per Kepler's first law? a At the center b At one focus of the ellipse c At a vertex of the ellipse 4 Kepler's third law relates the orbital period to what orbital element? a The semi-major axis b The eccentricity c The planet's speed 5 According to Kepler's second law, a planet moves fastest when it is: a Equally fast throughout b Farthest from the Sun c Closest to the Sun 6 If a planet's semi-major axis increases, what happens to its orbital period according to Kepler's third law? a The period decreases b The period increases c The period stays the same 7 Which data sources did Kepler use to formulate his laws? a Galileo's telescope notes b Tycho Brahe's precise observations c Newton's theoretical models 8 Kepler's third law can be written as P^2 ∝ a^3. What do P and a stand for? a P is orbital period, a is semi-major axis b P is velocity, a is orbit plane c P is distance, a is eccentricity 9 Are planetary orbits circular according to Kepler's laws? a Not generally; they are ellipses b They are parabolas c Yes, always perfect circles 10 In Kepler's orbital model, the Sun is at the focus of the ellipse, not the center. True or false? a True b Only for comets c False

Froggy Jumps

Kepler's Laws QuizVersión en línea

Test your understanding of planetary motion

por Xyza Palomata

What shape is a planet's orbit according to Kepler's first law?

A parabola

A perfect circle

An ellipse with the Sun at one focus

Kepler's second law states planets sweep out equal areas in equal what?

Time intervals

Orbital angles

Distance

Where is the Sun located in a planet's orbit per Kepler's first law?

At the center

At one focus of the ellipse

At a vertex of the ellipse

Kepler's third law relates the orbital period to what orbital element?

The semi-major axis

The eccentricity

The planet's speed

According to Kepler's second law, a planet moves fastest when it is:

Equally fast throughout

Farthest from the Sun

Closest to the Sun

If a planet's semi-major axis increases, what happens to its orbital period according to Kepler's third law?

The period decreases

The period increases

The period stays the same

Which data sources did Kepler use to formulate his laws?

Galileo's telescope notes

Tycho Brahe's precise observations

Newton's theoretical models

Kepler's third law can be written as P^2 ∝ a^3. What do P and a stand for?

P is orbital period, a is semi-major axis

P is velocity, a is orbit plane

P is distance, a is eccentricity

Are planetary orbits circular according to Kepler's laws?

Not generally; they are ellipses

They are parabolas

Yes, always perfect circles

In Kepler's orbital model, the Sun is at the focus of the ellipse, not the center. True or false?

True

Only for comets

False

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Kepler's Laws Quiz

Froggy Jumps

Sobre esta actividad

Creada por

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Kepler's Laws QuizVersión en línea

por Xyza Palomata

What shape is a planet's orbit according to Kepler's first law?

Kepler's second law states planets sweep out equal areas in equal what?

Where is the Sun located in a planet's orbit per Kepler's first law?

Kepler's third law relates the orbital period to what orbital element?

According to Kepler's second law, a planet moves fastest when it is:

If a planet's semi-major axis increases, what happens to its orbital period according to Kepler's third law?

Which data sources did Kepler use to formulate his laws?

Kepler's third law can be written as P^2 ∝ a^3. What do P and a stand for?

Are planetary orbits circular according to Kepler's laws?

In Kepler's orbital model, the Sun is at the focus of the ellipse, not the center. True or false?

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