Rotation - when a celestial object revolves - it orbits, when it rotates, it's rotating on it's own axis.A spinning top is spinning centered on it's own axis, the axis itself often moves but rarely in a smooth orbit.
all the colors
abstract reasoning was used to explain how things happened nova net answer
Ptolemy is trying to explain in his model that each circle represents 1 planet's rotation and it's a scale drawing of the distance apart from each one!
Atoms are too small to see.
The effects are the moon phases, eclipses, and the high tide and low tide.
They are precisely equal.
To help explain gyroscopic effect.
From spinning matter
explain of the weaknesses of the philippine revolution
Yes, it was necessary because the inventions that were created had help aid the industrial revolution
My reason that the rotation of the earth is when The seasons are explained by the tilt of the Earths axis. When it is summer in the Northern Hemisphere, the north pole is pointed in the direction of the sun. the tilt of the Earth isn't what changes seasons, but the the Earth's revolution around the sun does. The Earth revolves around the sun so different parts of the Earth are more affected by the sun then other parts through out the year. The seasons are NOT determined by the distance of the Earth to the Sun. In fact, the Earth is closest to the Sun in the Northern hemisphere's Winter (January) sincerely happiness ok ok bye hope you like this if you do please call 862-956-2233
Sunrise and sunset are explained by the rotation and revolution of the Earth. The Earth rotates on its axis, causing the appearance of the sun rising in the east and setting in the west. As the Earth revolves around the sun, the angle at which sunlight hits different parts of the Earth changes, leading to the changing lengths of days and nights throughout the year. This phenomenon is known as the Earth's axial tilt, which causes the changing seasons and the variation in the timing of sunrise and sunset.
jorge
" Why does a tilted gyroscope not fall?In: Physics [Recategorize]Picture a spinning gyroscope that has its axis of rotation tilted with respect to gravity. As the gyroscope spins, the direction its axis is pointing is moving. It is describing a circle. That's called precession. Gravity is pulling down (applying a torque) on the gyroscope and trying to pull the top over. Gravity is trying to change the alignment of the axis of rotation. But because the gyro is spinning, because it has what is called angular momentum, gravity can't pull the top straight down. Instead, the force acts 90 degrees later in the direction of rotation. The "down" force is combined with the "spinning" force to create a "sideways" force. The result is that the axis of rotation moves a little bit to the side. In the next instant, gravity, which is still pulling, tries to bring it down, but the spin, that angular momentum, again combines with the gravitational force and another bit of "sideways" force shifts the axis again. In each instant of time, the force of gravity and the gyroscope's spin result in a dynamic that constantly shifts the axis or rotation a bit more to the side. Momentum is conserved in this phenomenon. In an experiment, a top spinning in one direction and tilted as it spins will exhibit precession in a given direction. If the top is spinning in the other direction, precession will be the opposite that it was with the first top. The Wikipedia article on precession has a picture of a gyroscope that has a bit of animation to (hopefully) make it clearer."Stole this but it works for your question too, also linked to it in the related section.
it changes overtime with constant movement and change in rotation
A proper fraction can represent a comparison between a part (the numerator) and the whole (the denominator).
why scientists use models to represent earths process