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a circle has infinite line of symmetry, if you spin it, it has still got infinite linesso yes it is symmetrical
OK, Sherlock. a circle is 360 degrees. A 'spin-a-round' is a circle (Circle = 360 degrees.) 360 x 3 'Spin-a-rounds' = 360 x 3 = 1080Readers Digest: Answer = 1080 degrees. Oh! You need complete sentences??"Cam turned* 1080 degrees before becoming too dizzy"By the way: How does a person get tired by spinning 3 times?Do your own homework next time!
If you know the radius place the compass point on a ruler and the pencil end the radius distance away from it. Then put the point on the paper and spin to draw the circle. If you know the diameter divide by two to get the radius and place the compass point on a ruler and the pencil end the radius distance away from it. Then put the point on the paper and spin to draw the circle.
To draw a circle with a compass, first set the distance between the point and the pencil of the compass using a ruler. This distance is the radius. Now, place the point on the paper where you want the center of the circle. Spin the compass around the point, lightly dragging the pencil on the paper, and you will have a circle.
24 hours is the amount of time it takes for the earth to spin in a circle. it takes 24 hours for the sun to get to the same spot.
Its called microgravity. If the shuttle slows down it falls. Think of it like this. If you filled a bucket half full of water, you could spin it quickly over your head in a circle. If you slow the bucket down though, the water falls out.
I always thought it was from the Coriolis Effect, the Earths rotation, that the equator is moving faster than the poles that do not spin. On checking, it appears it is more a factor of how the tub or sink is made and how the water is put in it. It take time for water to come to complete rest.
An orbit is where something spins and goes in a circle, a spin is just a spin....
If you carry a bucket with say 1 inch of water, & you hold it the handle & down by your leg, you can do a centrifugal experiment. Hold tight to handle. Pretend your arm is the arm of an analog (older style) clock. Your goal is to spin the bucket of water in a Vertical circle w/o spilling any water. Tip: to develop enough speed you may have to swing the bucket forward & back a couple times. Keep in mind that generally your carrying arm will not be bent at the elbow (ie. keep arm fully extended, as much as you can. I suggest you try this ONLY w/water & outside, for obvious reasons. Good luck!
If you carry a bucket with say 1 inch of water, & you hold it the handle & down by your leg, you can do a centrifugal experiment. Hold tight to handle. Pretend your arm is the arm of an analog (older style) clock. Your goal is to spin the bucket of water in a Vertical circle w/o spilling any water. Tip: to develop enough speed you may have to swing the bucket forward & back a couple times. Keep in mind that generally your carrying arm will not be bent at the elbow (ie. keep arm fully extended, as much as you can. I suggest you try this ONLY w/water & outside, for obvious reasons. Good luck!
A circle has 360 degrees, so if you do a 360, you're turning one complete circle, or spin.
so you can spin them round on your finger so you can spin them round on your finger
Shear a sheep for wool, then to spin it locate a spinning wheel and use one piece on it, right-click the ball of wool icon, then click X, then type 28 and press enter to spin a full inventory.
Gravity is the force that keeps the moon in orbit around the Earth. The gravitational pull between the Earth and the moon is strong enough to keep the moon in a stable orbit rather than flying off into space.
Spin The Black Circle by Pearl Jam. Spin Spin Spin by Jim Croce. Spinout by Elvis Presley.
spin is the symmetry of something, if it has a spin of 1, then you need to rotate the thing 1 full circle for it to look the same as when you didn't rotate it. if it has a spin of 1/2, then you need to rotate it 1/2 of a circle. it is actually possible for something to have a spin of 2 (2 full circles) or higher.
Turbines typically spin in the same direction regardless of whether tides are coming in or going out. The direction of spin is determined by the design of the turbine blades and the flow of water.