differing numbers of electrons
to identify elements
Yes. Dark lines are absorption lines, they are due to relatively cool matter (such as that which might be found in a star's atmosphere as opposed to being in the body of the star itself), and each element has a characteristic pattern.
A spectral pattern is basically a line of dark or bright colors that continue on and never stop. These patterns and lines can be used to identify gases and lights.
Elements have several spectral lines and although some lines may be the same between different elements most lines are not and the whole spectrum for each element is indeed unique.
no, it is impossible
to identify elements
Each type of atom gives off a unique set of colors. The colored lines (or Spectral Lines ) are a kind of "signature" for the atoms
Each type of atom gives off a unique set of colors. The colored lines (or Spectral Lines ) are a kind of "signature" for the atoms
because all of the different lines of a star's elements appear together i its spectrum, making the pattern different everytime
There are no bright lines and no dark lines in the spectrum, incandescent light has a continuous spectrum with all visible colors present
a repeated arrangement of elements, such as colors, lines, sizes, forms, or shapes
Yes. Dark lines are absorption lines, they are due to relatively cool matter (such as that which might be found in a star's atmosphere as opposed to being in the body of the star itself), and each element has a characteristic pattern.
A spectral pattern is basically a line of dark or bright colors that continue on and never stop. These patterns and lines can be used to identify gases and lights.
Spectrometers are used for this. By looking at the spectrum of light coming from the star, scientists can tell which elements are in the star by the pattern of lines that are known to be associated with certain elements.
State two necessary conditions for formation ofinterference fringes.
read the Earth science book you will find the answer
Stanza :)