Kepler's First Law Quiz

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Elliptical orbits with Sun at a focus

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Siphesihle Ndayi

Saudi Arabia

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Froggy Jumps Kepler's First Law QuizOnline version Elliptical orbits with Sun at a focus by Siphesihle Ndayi 1 What does Kepler's first law state about planetary orbits? a Planets orbit in ellipses with the Sun at one focus b Planets orbit in hyperbolas with the Sun at a focus c Planets orbit in perfect circles around the Sun 2 In Kepler's first law, where is the Sun located in the orbit? a At the other focus of the ellipse b At the center of the ellipse c At one focus of the ellipse 3 True or False: A perfect circle satisfies Kepler's first law. a Only for outer planets b False c True 4 What shape describes planetary paths per Kepler's first law? a Ellipses b Parabolas c Hyperbolas 5 Which statement is true about the Sun's position in an ellipse? a The Sun is at one focus of the ellipse b The Sun lies outside the ellipse c The Sun is at the center of the ellipse 6 How does eccentricity relate to Kepler's first law? a Higher eccentricity means a circular orbit b Higher eccentricity means a more elongated ellipse c It only affects speed, not shape 7 Do the distance to the Sun vary along the elliptical orbit? a No, distance stays constant b Yes, the distance changes as the planet moves c Distance doubles at perihelion every time 8 What about the second focus of the ellipse in Kepler's first law? a It is the planet's home position b It also contains a second sun c The second focus is empty (not occupied by the Sun) 9 Whose observations helped formulate Kepler's first law? a Copernicus's model studies b Galileo Galilei's telescopic data c Tycho Brahe's observations of Mars 10 Which description best fits Kepler's first law? a A planet's path is an ellipse with the Sun at a focus b A planet orbits in a circle around the Sun c A planet's path is a parabola through space

Froggy Jumps

Kepler's First Law QuizOnline version

Elliptical orbits with Sun at a focus

by Siphesihle Ndayi

What does Kepler's first law state about planetary orbits?

Planets orbit in ellipses with the Sun at one focus

Planets orbit in hyperbolas with the Sun at a focus

Planets orbit in perfect circles around the Sun

In Kepler's first law, where is the Sun located in the orbit?

At the other focus of the ellipse

At the center of the ellipse

At one focus of the ellipse

True or False: A perfect circle satisfies Kepler's first law.

Only for outer planets

False

True

What shape describes planetary paths per Kepler's first law?

Ellipses

Parabolas

Hyperbolas

Which statement is true about the Sun's position in an ellipse?

The Sun is at one focus of the ellipse

The Sun lies outside the ellipse

The Sun is at the center of the ellipse

How does eccentricity relate to Kepler's first law?

Higher eccentricity means a circular orbit

Higher eccentricity means a more elongated ellipse

It only affects speed, not shape

Do the distance to the Sun vary along the elliptical orbit?

No, distance stays constant

Yes, the distance changes as the planet moves

Distance doubles at perihelion every time

What about the second focus of the ellipse in Kepler's first law?

It is the planet's home position

It also contains a second sun

The second focus is empty (not occupied by the Sun)

Whose observations helped formulate Kepler's first law?

Copernicus's model studies

Galileo Galilei's telescopic data

Tycho Brahe's observations of Mars

Which description best fits Kepler's first law?

A planet's path is an ellipse with the Sun at a focus

A planet orbits in a circle around the Sun

A planet's path is a parabola through space

You can integrate the game into an LMS compatible with LTI 1.1 or LTI 1.3 such as Canvas, Moodle, or Blackboard. This way, the scores will be automatically saved into the platform’s gradebook.

Kepler's First Law Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

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Kepler's First Law QuizOnline version

by Siphesihle Ndayi

What does Kepler's first law state about planetary orbits?

In Kepler's first law, where is the Sun located in the orbit?

True or False: A perfect circle satisfies Kepler's first law.

What shape describes planetary paths per Kepler's first law?

Which statement is true about the Sun's position in an ellipse?

How does eccentricity relate to Kepler's first law?

Do the distance to the Sun vary along the elliptical orbit?

What about the second focus of the ellipse in Kepler's first law?

Whose observations helped formulate Kepler's first law?

Which description best fits Kepler's first law?

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