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NO!

draw a big circle and and rotate them one complete turn in the same time.

an ant on the little circle is going to move slower than an ant on big circle.

yes the equatorial regions of the sun rotates faster than the polar regions this is because the sun is a giant gas ball containing gases such as helium and plasma the equatorial rotation takes 25days while the polar rotation takes 36days .the sun would only rotate at the same rate if the sun was made up of solids.

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14y ago
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11y ago

No. All places on the surface of the Earth are 'Rotating' at the same speed, because Earth has a solid crust. If we place a dot on the equator and one on the arctic circle, the distance the dots travel per rotation are different, but they are rotating at the same speed.

The surface of our Sun has different rotational speed. The poles rotate slower than the equatorial region, but our Sun has many million magnetic poles that wander continually as a result.

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The rotational speed of any place on the surface of the Earth is constant if one measures it in degrees of rotation per period of time (all places rotate around the axis of rotation once per day or 360o per day), However to complete this rotation a person 1/3 of a kilometer away from the pole would only have to "travel" 1 km a day (about 0.4 ms-1) while person at the equator would travel over 40,000 km in the same 24 hour period.

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9y ago

The closer you get to the poles of the Sun, the slower the rotation (more precisely, the angular rotation) is.

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Q: What part of the sun rotates slower than the Equatorial region of the sun?
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