The apparent change in position of an object when you look at it from different places?
That's a really hard one to answer. If you are talking about historical or "famous" figures in astronomy, it would depend on the list provided. If you are talking about who made the latest contribution in general, well there are tons of papers constantly being published, so it will change frequently.
The effect this has is that the location in the sky of the North Celestial Pole is constantly moving. The amount of change over the course of a human lifetime is not perceptible to people who don't make calibrated astronomical measurements.
A parallax is a change in apparent position, when YOU move. In astronomy, it usually refers to the change in the apparent position of a star, due to Earth's orbit around the Sun. It's there, whether you "use" it or not, but it is quite useful to determine distances of stars that are relatively close to us - since the farther a star is, the smaller will the parallax be. Even for the nearest star after the Sun, the parallax is smaller than one second (1/3600 of a degree).
No every rock is able to change into anther
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What changes is the part of the Moon that is illuminated. We see the illuminated part of the Moon better than the dark part.
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It doesn't. We just see different parts of it illuminated by the Sun.
A decrease in the illuminated portion of the Moon is called waning. When the illuminated portion is increasing, it is called waxing.
Parallax id the apparent shift in position of an object with respect to the background due to a shift in view point.
The Doppler effect is the change in frequency or wavelength of a wave in relation to an observer moving relative to the source of the wave. This phenomenon is commonly experienced when a siren of a moving vehicle seems to change pitch as it passes by. The Doppler effect is used in various fields, such as astronomy to study celestial bodies and in medical imaging techniques like Doppler ultrasound.
it changes the future because it was great discovery
The celestial bodies attract one another through gravity. Among other things, gravity will:* Keep objects, such as planets, in orbits around other objects, such as stars. * Change orbits - e.g., one planet may influence the orbit of another planet. * Make objects such as stars and planets form in the first place.
The apparent change in position of an object when viewed from two different places is known as parallax. It is used in astronomy to measure distances to stars or celestial objects by observing how their positions shift against the background as viewed from different points on Earth's orbit. The greater the shift in position, the closer the object is to Earth.
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Stars appear to change elevation due to the rotation of the Earth, causing different stars to move in and out of view. Stars near the celestial pole change elevation less as the Earth rotates, while stars closer to the celestial equator change elevation more as they cross the sky from east to west.