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The sun appears to rise in the East, move across the sky during the day and set in the West. A sundial has a pointy part which is called a gnomon. In the morning the shadow of its tip is in the West. During the day this shadow moves across the face of the sundial, and end up in the East. The gnomon is angled to take account of the latitude of the location and the sundial is graduated with marks which indicate the hours at which the shadow will fall at a particular place on the sundial.
A star appears to move 360 degrees because of the Earth's rotation. It's not the star that moves. It's the Earth.
The sun appears to move 15 degrees in a one hour. However, it is really the Earth that rotates 15 degrees an hour, relative to the sun.15 degrees. (This is APPARENT motion only. The Earth is revolving. The Earth takes 24 hours to revolve 360 degrees.) 360 degrees/24 hours x 1 hour = 15 degrees
Earth rotates on its axis at 15 degrees per hour
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clockwise
Clocks represent a sundial and the direction they move so we call that clockwise
Energy
The sundial itself doesn't really change day to day, or even year to year. They are generally fixed to the Earth and are not, in general, portable. The shadow cast by the "gnomon" (the pointer of the sundial) does move moment by moment throughout the day, and slightly from day to day.
In a car, a transmission system is needed because the engine does not make enough torque to make the car move.
Look at the shadows cast by sunlight instead. For example, use a sundial.
The sun appears to rise in the East, move across the sky during the day and set in the West. A sundial has a pointy part which is called a gnomon. In the morning the shadow of its tip is in the West. During the day this shadow moves across the face of the sundial, and end up in the East. The gnomon is angled to take account of the latitude of the location and the sundial is graduated with marks which indicate the hours at which the shadow will fall at a particular place on the sundial.
force
force
force
Clock and sundial