Imagine a solar system in which all of the planets orbit a star, and this star is more massive than any of the other planets. additionally, all of the planets have the same mass, but planet a is closer to the star than planet b. which of the following is also true?
question options:
1. the gravitational pull between the star and planet a is the same as the pull between the star and planet b because planet a and planet b have the same mass.
2.the gravitational pull between the star and planet a is the same as the pull between the star and planet b because the star is so much larger.
3.the gravitational pull between the star and planet b is greater than the pull between the star and planet a because planet a is closer to the star than planet b.
4.the gravitational pull between the star and planet a is greater than the pull between the star and planet b because planet a is closer to the star than planet b.
Answers: 1
Other questions on the subject: Chemistry
Chemistry, 22.06.2019 10:00, alexabdercmur
Why is the structure of molecule important to its function?
Answers: 1
Chemistry, 22.06.2019 11:30, charles8527
If blood contains 150g of hemoglobin per liter of blood, how much hemoglobin would be contained in 10 ml of blood
Answers: 2
Chemistry, 23.06.2019 08:00, george27212
What is the temperature in kelvin of a gas if it is allowed to expand from 1.50 l to 4.50 l? the initial temperature is 10.0°c and pressure is constant throughout the change. which equation should you use? t2= v2/v1 t1 what is the final temperature? ⇒ 849 k these are the answers.
Answers: 1
Do you know the correct answer?
Imagine a solar system in which all of the planets orbit a star, and this star is more massive than...
Questions in other subjects:
Physics, 15.10.2019 13:30
Business, 15.10.2019 13:30
Mathematics, 15.10.2019 13:30
Geography, 15.10.2019 13:30
Mathematics, 15.10.2019 13:30
English, 15.10.2019 13:30
Biology, 15.10.2019 13:30
