Each element has a characteristic "fingerprint", that can be noticed in the light that comes from a star, or galaxy. When the light is separated into its component, you see a so-called "spectrum"; specific elements have lines at specific position on such a spectrum. This can give at least a qualitative analysis; a quantitive analysis (the exact amounts) is trickier, but it can at least be estimated.
Canada and Mexico do not border each other
Elliptical galaxies are large blob shaped galaxies that most galaxies will eventually look like. Elliptical galaxies are what happens when two or more large galaxies collide and coalesce.
They are the characteristic frequencies of the elements "burning up" in the stars in the galaxy interspersed with absorption lines of other material between these elements and the earth. All these wavelengths will be increased by the red shift which results from the galaxy receding from the earth.
The red end of the spectrum.
Over time - billions of years - galaxies will merge with other galaxies. In about 3 billion years, the Andromeda galaxy will merge with our own galaxy, the Milky Way.However, the separation between galaxies is so great, that not all galaxies will merge unless the fundamental issue of the amount of mass in the Universe is determined.If we live in a "contracting universe" then eventually all galaxies will merge.
Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.Without seeing your page and other elements of your website, it would be impossible to identify what the problems are.
To identify a chord, look for three or more notes played together. To distinguish it from other musical elements, listen for the harmony it creates and how it supports the melody.
Some elements are easier to identify than others because they have distinct physical or chemical properties that set them apart from other elements. For example, elements with unique colors, densities, or reactivities are often easier to identify. Conversely, elements that have similar properties or that are found in low concentrations can be more challenging to identify.
The scientists are able to identify the different types of galaxies by high powered telescopes and by examining the pictures sent by various satellites orbiting the universe.
Canada and Mexico do not border each other
No one knows what an astrodimer is, dude.
there is only 1 universe and their is billions of galaxies in it !
None. Galaxies on the other hand do contain planets
There are billions of galaxies in the Universe.
spiral,elliptical,irregular galaxies
Yes. Scientists haven't been able to explore other galaxies. I believe that there is life in other galaxies just like Earth. but how do they explore galaxies? i mean how do they know there are other galaxies? do they have any proof of lik=fe on other galaxies? ^^^^^^^
You can identify an element by its atomic number, which is unique to each element. Elements are also distinguished by their physical and chemical properties, such as color, density, melting point, and reactivity. The arrangement of electrons in an element's atomic structure is another key factor in identifying elements.