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∙ 11y agoSaturn's day is about 10 and one half hours. This rapid rotation makes the largest polar flattening among the planets.
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∙ 11y agoNo. All of the meridians merge in a single point at the poles.
The North and South poles
Answer:To a first-order approximation the Earth is round. Thisis due to gravity. Gravity pulls with equal strength in alldirections; therefore any variations from a sphericalshape will lead to gravitational forces thatbring the shape back into that of a sphere.This is without considering the rotation of the earth,however. The rotation of the earth adds centrifugaleffects, which cause the earth to bulge slightly atits equator and flatten slightly at its poles.(This is like twirling a rock on the end of a stringand then letting go--the rock flies away from thetwirler.) Because of these centrifugal effects, thedistance from the center of the earth to the surfaceof the earth is about 0.33% shorter at the polescompared to the equator.
That depends on your latitude. Near the equator, the days will hardly get longer or shorter; the nearer you get to the poles, the greater the difference will be.That depends on your latitude. Near the equator, the days will hardly get longer or shorter; the nearer you get to the poles, the greater the difference will be.That depends on your latitude. Near the equator, the days will hardly get longer or shorter; the nearer you get to the poles, the greater the difference will be.That depends on your latitude. Near the equator, the days will hardly get longer or shorter; the nearer you get to the poles, the greater the difference will be.
No, it slightly bulges at the equator, and is a bit flat on the North and South Poles.
Jupiter's fast spin causes it to bulge at the equator and flatten at the poles, resulting in an oblate spheroid shape. This rapid rotation also contributes to the strong magnetic field generated by the planet.
Yes, the Earth is approximately spherical in shape. It is not a perfect sphere due to its rotation, which causes it to bulge slightly at the equator and flatten at the poles.
The Earth is an oblate spheroid, meaning it is slightly flattened at the poles and bulging at the equator. This bulging at the equator results in a greater equatorial distance compared to the polar distance. This is due to the centrifugal force generated by the Earth's rotation, which causes the equatorial regions to bulge outwards.
Yes and no. They are round, but not perfectly spherical. For example, the Earth has a slight bulge around the equator. Jupiter and Saturn have more obvious bulges. Saturn in particular is flattened at its poles compared with its equator. Also, of course, the surfaces of the planets are not perfectly smooth.
If Saturn actually had a dynamiter, it might explain the rings around the planet...The intended questions was probably "How big is the diameter of Saturn. Because of its high rotational speed and low density, Saturn tends to flatten out notciably, so the diameter at the equator is different from the diameter through the poles. While Saturn measures 120,536 km across its equator, it's only 108,728 km from pole to pole. This is a difference between its equatorial diameter and polar diameter of nearly 10%. In other words, points along the planet's equator are 5,904 km further from the center of Saturn than points at its poles.
The Earth is not a perfect sphere but an oblate spheroid, which means it is slightly flattened at the poles and bulges at the equator due to its rotation. This shape causes the radius to be slightly longer at the equator than at the poles.
You would have to be standing at the poles (North or South) to be spinning the fastest on Earth. This is because the Earth's rotational speed is greatest at the poles and decreases as you move towards the equator.
Gravity causes a spinning planet to stay more or less round, assuming it became that way when it was still molten or is a gas planet. However, centrifugal force can oppose the gravitational force, causing a planet to bulge out at its equator and flatten slightly at the poles.
It is like sphere, but "flattened" at the poles. So the diameter at the equator is about 10% more than the diameter between the poles.
the Earth is getting fatter, as the Earth spins the poles tend to contract thus making the equator bulge out.
The planet diameters in the Solar system are: Mercury 4,878 kilometers (km) Venus 12,100 km Earth 12, 742 km Mars 6,792 km Jupiter 142,981 km around its equator, and 133,708 km around the north & south poles. Jupiter is made of gas, so its tremendously fast revolution time makes it bulge out around its equator. Saturn 120,536 km at equator and 108,728 km around poles Uranus 51,118 km Neptune 49,500 km There is a little bulge in Uranus and Neptune, but not really enough to report.
The oceans are colder at the poles compared to the equator. Near the poles, polar regions experience colder temperatures and often have sea ice present, while the equator receives direct sunlight and is warmer, leading to higher ocean temperatures.