Answer:
<h2>1. Find the dot product of the vectors.</h2>
<h2>2. Divide the dot product with the magnitude of the first vector.</h2><h2 /><h2>3. Divide the resultant with the magnitude of the second vector.</h2>
If placed in water Saturn would float. This is because it is mostly made up of gas, which is less dense than water.
Explanation:
As temperature increases additional heat energy is applied to the consituent part of a solid which cause additional molecular motion.
Moon and Earth have different gravitational constants- g. g on the Earth is <span>equal to 9.8 m/s^2 while g on the moon is equal to 1.6m/s^2.
</span><span>Let assume that two balls are thrown: one on Earth and one on Moon and that their kinetic energy is the same.
The kinetic energy is E=(m*v^2)/2.
So, this means that t</span><span>he ball would fall much more slowly on Moon than on Earth. Every aspect of the ball's fall would be slower.
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Summers are hot and winters are cold