##### Help me in science if you are free

 Science Tutor: None Selected Time limit: 1 Day

go to this link and answer lab 1 question 8,9,10,11 and lab 2 all question

Oct 28th, 2014

How did you come that conclusion. The force on the smaller mass is smaller, and the amount is proportional to the ratio of the two masses. For example, if the mass of one is twice that of the other, the force on it will be twice as great. Newton's second law then shows that the two will have identical accelerations.

I state clearly on the site that I do not do astronomy/astrophysics/cosmology. However, I have already answered a question about rotations in the solar system, so you can have a look at that. For any individual body, the rotation rate is normally determined by how much smaller or larger it has become over time. For example, some star may have a certain rotation rate in the "prime of its lifetime", slow down when it grows to a red giant when dying, and speed up when it collapses into a very tiny neutron star. Also any interaction with other bodies which causes a torque can change the rate of rotation, the moon being the best known. The moon originally had a much larger rotation rate than its current rate of one rotation every 28 days. The torque exerted on it by the earth resulted in the change of rotation

Best of Luck
Jun 13th, 2015

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Oct 28th, 2014
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Oct 28th, 2014
May 25th, 2017
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