Kepler's Second Law Quiz

Froggy Jumps

Played 0

Create copy

About this activity

Equal areas, equal times

Created by

Siphesihle Ndayi

Saudi Arabia

Download the paper version to play

Top 10 results

There are still no results for this game. Be the first to stay in the ranking! Log in to identify yourself.

Make your own free game from our game creator

Compete against your friends to see who gets the best score in this game

Make challenge

Ethos, Pathos, and Logos Quiz

Kristine Vester

United States

(131)

Test your knowledge of ethos, pathos, and logos with these 10 questions on examples of persuasive techniques.
The Integumentary System

Breanna Nesbitt

United States

(58)

Functions and Structures of the skin
pizza

Lorelay Tyana

Romania

(261)

joc despre pizza
Bill of Rights Game - The Constitutionalist

Doni The Don

United States

(90)

Test your knowledge on the Bill of Rights. A fun way to test your knowledge and focus on where you need to improve.
Phlebotomy Order of Draw Quiz

Pamela Chapman

United States

(59)

Test your knowledge of the order of draw in Phlebotomy with these 10 questions!

		%
	Anonymous	%
		%
		%

Print your game

Kepler's Second Law Quiz


Froggy Jumps Kepler's Second Law QuizOnline version Equal areas, equal times by Siphesihle Ndayi 1 What does Kepler's second law state about the area swept by a planet-Sun line in equal times? a A line joining the planet and the Sun sweeps out equal areas in equal times. b Planets orbit at constant speed. c The orbital period is proportional to distance from the Sun. 2 What quantity remains constant according to the second law? a The orbital eccentricity of the orbit. b The distance to the Sun. c The area swept per unit time by the radius vector from Sun to planet. 3 When a planet is closer to the Sun, what happens to its sweeping speed? a It decreases. b It increases; it sweeps out area faster. c It remains the same. 4 What is constant for equal time intervals in this law? a The area swept by the radius vector. b The planet's orbital circumference. c The planet's orbital period. 5 How does the second law relate orbital speed and distance from the Sun? a Speed decreases as distance decreases. b Speed is independent of distance. c Speed increases as the distance to the Sun decreases. 6 Which statement best describes equal areas in equal times? a The planet always moves at the same speed. b The orbit length is constant. c The sector areas between the radius line and planet cover the same area in each equal time span. 7 What is the geometric interpretation of the law? a The orbit is a perfect circle. b The Sun moves around the planet. c The radius vector sweeps through equal areas in equal times. 8 If two equal time intervals pass, what can be said about the swept areas? a The areas are proportional to time squared. b The two areas swept are equal. c One area is always larger than the other. 9 Does Kepler's second law apply only to circular orbits? a Only for hyperbolic trajectories. b Yes, only circular orbits. c No; it applies to any planet under a central force toward the Sun (elliptical or circular). 10 What practical quantity is used to express the law? a The rate of area swept by the radius vector is constant. b The rate of change of orbital radius only. c The rate of change of orbital energy.

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 Second Law Quiz

Froggy Jumps

About this activity

Created by

Download the paper version to play

Top Games

Froggy Jumps

Ethos, Pathos, and Logos Quiz

Froggy Jumps

The Integumentary System

Froggy Jumps

pizza

Froggy Jumps

Bill of Rights Game - The Constitutionalist

Froggy Jumps

Phlebotomy Order of Draw Quiz

Froggy Jumps

Kepler's Second Law QuizOnline version

by Siphesihle Ndayi

What does Kepler's second law state about the area swept by a planet-Sun line in equal times?

What quantity remains constant according to the second law?

When a planet is closer to the Sun, what happens to its sweeping speed?

What is constant for equal time intervals in this law?

How does the second law relate orbital speed and distance from the Sun?

Which statement best describes equal areas in equal times?

What is the geometric interpretation of the law?

If two equal time intervals pass, what can be said about the swept areas?

Does Kepler's second law apply only to circular orbits?

What practical quantity is used to express the law?