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Why would a star that is farther than earth be brighter than a star closer to earth?
same as:Why_would_a_star_that_is_farther_away_from_earth_be_brighter_than_a_star_that_is_closer_to_earth
Why would one red giant appear brighter than the other?
Three possibilities: It is brighter (some are brighter than others), it is bigger, or it is closer to earth.
Would an object have a greater gravitational pull closer or farther from earth?
An object have greater gravitational pull closer from earth. As we get farther from earth, the gravitational pull becomes weaker. That is why objects sufficiently away from the earth do not fall on it.
What are Two reasons why one star would be brighter than another?
One reason could be that the brighter star is larger and hotter, emitting more light. Another reason could be that the brighter star is located closer to Earth, making it appear brighter in the sky.
How does the radiation reach us here on earth?
If the Sun were larger or closer, the Earth would be too hot to be liveable. Or if it were weaker or farther away, the Earth would be completely frozen.
If you wanted to enjoy longer periods of daylight in the summertime would you move closer to the equator or farther away from it?
You would move farther away from the equator because of the tilt of Earth's axis.
Which is brighter mars or Saturn?
Saturn is brighter than Mars in our night sky. Saturn's rings reflect more sunlight, making it appear brighter from Earth. Mars is usually visible to the naked eye and has a reddish color, while Saturn has a yellowish tint.
If two stars have the same absolute magnitude but one of the stars is farther from earth than the other one which star would appear brighter in the night sky?
If two stars have the same absolute magnitude, the one that is closer to Earth will appear brighter in the night sky. This is because brightness as perceived from Earth depends on both the intrinsic luminosity of the star (absolute magnitude) and its distance from us. The farther star, despite having the same intrinsic brightness, will have a dimmer apparent magnitude due to the greater distance light must travel to reach us.
Would the force of gravity exerted onto the Earth by the Sun change?
It changes all the time, as Earth gets closer to, and farther from, the Sun, in its yearly orbit.
Where would you be if you traveled 6000000 miles into space?
Farther than the Moon, but still much closer to Earth than to any other planet.Farther than the Moon, but still much closer to Earth than to any other planet.Farther than the Moon, but still much closer to Earth than to any other planet.Farther than the Moon, but still much closer to Earth than to any other planet.
What is the main reason that Venus would appear brighter at point Q rather than at point R as seen from the Earth?
The main reason Venus would appear brighter at point Q rather than R is due to the angle of illumination. At point Q, Venus is closer to the Sun, so it is receiving more direct sunlight, making it appear brighter. At point R, Venus is farther from the Sun and receiving less direct sunlight, resulting in a dimmer appearance.
How would the size of an umbra change if a body were closer to the sun?
Which body? The one casting the umbra or the one on which it fell? Try it this way: If the Earth and the Sun stayed the same distance apart but the Moon was closer to the Earth, the umbra it made during eclipses would be larger; if it were closer to the Sun (i.e., farther from the Earth) the umbra would shrink, perhaps to nothingness, and only the penumbra would fall on the Earth.
