You might mean distance. Stars are not measured in elevation. Stars form apart from each other, that's why the distance to a star compared to another will never be the same.
Stars range in many different shapes and sizes some have super energy and others have less energy. Usually the more mass the star has the more light it will seem to emit more light, the distance can matter, one thing to remember when looking at the stars is that it can and does take thousands of years for the light from a star to reach the Earth. Some stars are brighter than others because they have more energy than others.
Stars look brighter than others due to factors such as their size, temperature, and distance from Earth. A larger and hotter star will appear brighter, as will a star that is closer to us. The brightness of a star as seen from Earth is measured by its apparent magnitude.
that depends because the stars can change and disappear and more could come. :/
Stars appear brighter if they are closer to Earth, have a higher intrinsic luminosity, or if they emit more light in the visible spectrum. Factors like size, temperature, and age can also impact how bright a star appears to us. Additionally, the presence of dust, gas, or other objects in space can affect how much of a star's light reaches us.
Constellation will never change except when one of the stars explode in that constellation This is correct, but can be more in depth. Constellations themselves don't really change, it's more of what we can see. Many of the stars we see are actually burned out, and we are seeing th elight traveling towards us. When the light reaches us, we cease to see that star, and thus that constellation would change. However, this takes a long amount of time, so constellations change little over long amounts of time.
The higher in elevation the more wind and rain there is. weathering happens by wind and water.
Yes, some stars move more quickly than others
some stars are hotter than others because they have more hydrogen to use and create heat with. BTW- answered by a 6th grader.
When contour lines are farther apart, it indicates a gentle slope or gradual change in elevation in the terrain. This means the change in elevation over a given distance is more gradual.
Stars twinkle because of atmospheric disturbances on Earth. Most stars are essentially constant in light output. There are however, variable stars, which are of great interest to Astronomers.
what state has an average elevation of more than a mile
In absolute terms larger (more massive) stars shine more brightly than less massive ones. In relative terms (as seen from Earth) more distant stars appear dimmer than closer ones.
Stars emit light in all colours (some more than others) but these combine and appear white to the human eye.
there on the back of your trainer card when you get all five stars you'll be more respected and nurse joy will change too
Stars range in many different shapes and sizes some have super energy and others have less energy. Usually the more mass the star has the more light it will seem to emit more light, the distance can matter, one thing to remember when looking at the stars is that it can and does take thousands of years for the light from a star to reach the Earth. Some stars are brighter than others because they have more energy than others.
The other planets in our are warmed by the sun, some more than others depending on their distance to the sun. The other stars are too far away to warm the planets.
Hills can vary in elevation from a few hundred feet to a few thousand feet above sea level. Some hills may be considered high if they rise significantly above the surrounding landscape, while others may be lower in elevation and have more gradual slopes.