While "DNA" is an almost magically powerful term in everyday language, featuring prominently in matters ranging from casual remarks about inheritance to the conviction or exoneration of criminals, "chromosome" is not. This is something of a curiosity given that chromosomes are really nothing more ...
This is why persons at or near the equator weigh less than they would near the poles. They weigh less because they have a high linear velocity because they are traveling a greater distance in a 24 hour period. Byanon149579— On Feb 04, 2011 ...
Without the centrifugal force created by the Earth's spin keeping its oceans in place, they would begin to migrate to the planet's poles, reducing the ocean's depth at the equator so much that it would expose the surface beneath it. The result of this watery movement would be the formati...
Without the centrifugal force created by the Earth's spin keeping its oceans in place, they would begin to migrate to the planet's poles, reducing the ocean's depth at the equator so much that it would expose the surface beneath it. The result of this watery movement would be the formati...
It is slightly weaker at the equator due to the centrifugal force caused by Earth's rotation and the fact that the Earth is not a perfect sphere but an oblate spheroid. Gravity is stronger at the poles and weaker at higher altitudes. This variation is why your weight can change slightly ...
It is slightly weaker at the equator due to the centrifugal force caused by Earth's rotation and the fact that the Earth is not a perfect sphere but an oblate spheroid. Gravity is stronger at the poles and weaker at higher altitudes. This variation is why your weight can change slightly ...
Furthermore, if you’re on the equator, you’re being flung outward by centrifugal force. The result of these two phenomena is that if you move between polar regions and equatorial ones, you might lose or gain up to about half a percent of your body weight. ...
No way. This is the twenty-first century. MALE PROFESSOR: Well, then, let's see. So, picture the following: you're at the equator moving at sixteen-hundred kilometers per hour, OK? And you drop something small and light, like a matchstick, for example. Where's it gonna land?
The next question is, what is Gravity? Most people will say, Centrifugal Force, which logically makes no sense because that is the force that throws you off a spinning object, a merry-go-round should make you understand that force, but it only exists in our Atmosphere, which Sheep believe...
Male student: Antiheliocentrism! No way. This is the twenty-first century. Male professor: Well, then, let's see. So, picture the following: you're at the equator moving at sixteen-hundred kilometers per hour, OK? And you drop something, small and light, like a matchstick, for example...