Johannes Kepler, an apprentice of Brahe, believed in the heliocentric universe but rejected past astronomers' belief in _____. circular orbital paths elliptical orbital paths square orbital paths

Question and answer

Question

Asked 10/9/2013 2:27:15 PM

Updated 8/25/2015 12:51:32 PM

1 Answer/Comment

This conversation has been flagged as incorrect.

Flagged by emdjay23 [8/25/2015 12:51:32 PM]

Get an answer

Search for an answer or ask Weegy.

Original conversation

User: Johannes Kepler, an apprentice of Brahe, believed in the heliocentric universe but rejected past astronomers' belief in _____. circular orbital paths elliptical orbital paths square orbital paths

Weegy: The answer is elliptical orbital paths.
xziena027|Points 55|

Question

Asked 10/9/2013 2:27:15 PM

Updated 8/25/2015 12:51:32 PM

1 Answer/Comment

This conversation has been flagged as incorrect.

Flagged by emdjay23 [8/25/2015 12:51:32 PM]

New answers

Rating

emdjay23

Johannes Kepler, an apprentice of Brahe, believed in the heliocentric universe but rejected past astronomers' belief in circular orbital paths.

Added 8/25/2015 12:51:31 PM

This answer has been confirmed as correct and helpful.

Confirmed by Andrew. [8/25/2015 7:34:26 PM]

Comments

There are no comments.

Add an answer or comment

Questions asked by the same visitor

Score: What is not an advantage of finding a career that involves your interests? You get paid to do what you love. Your talents are useful to others. You are likely to never lose your job. You are more likely to be happy about going to work.

Weegy: You are likely to never lose your job is not an advantage of finding a career that involves your interests. (More)

Question

Expert Answered

Asked 10/3/2013 2:02:06 PM

0 Answers/Comments

According to the big bang theory, galaxies formed a billion years after the "bang" from matter that clumped together due to gravitational forces. True False

Weegy: According to the big bang theory, galaxies formed a billion years after the "bang" from matter that clumped together due to gravitational forces. TRUE. (More)

Question

Updated 9/14/2018 6:15:51 AM

0 Answers/Comments

The law of equal areas indicates that planets travel faster slower equal distances equal areas when they are closer to the Sun, and faster equal areas equal distances slower when they are farther out from the Sun.

(More)

Question

Updated 4/18/2015 10:51:28 AM

1 Answer/Comment

Wallet.ro

The law of equal areas indicates that planets travel faster when they are closer to the Sun.

Added 4/18/2015 10:51:28 AM

This answer has been confirmed as correct and helpful.