because each line has its very own i dentity just like your finger prints no one has the same finger print as someone else. Not even identical twins. because each line has its very own i dentity just like your finger prints no one has the same finger print as someone else. Not even identical twins.
Radioactive elements give off radiation. The emission of radiation occurs when an unstable atomic nucleus tries to become stable. Some examples of radioactive elements are radium, curium, nobelium, rubidium, and polonium.
Answer By exposing materials to a hot flame (from a Bunsen burner typically), the color of the flame can be used to identify the material. Certain elements give off a characteristic color when heated to high temperature. See the Related Links for "Wikipedia: flame test" to the bottom for the answer. A method of obtaining an emission spectrum from a sample
It's by analzying the spectrum of light reflected off the planet, through a method called spectroscopy. Different elements absorb light energy at different wavelengths, and re-emit light at specific, well-characterized wavelengths. By analyzing the light reflected off a planet, scientists can work out the most abundant elements in its atmosphere.
Take some pliers. Take a pin. Take some salt and put it on the pin. If you can use the the pliers to hold the pin covered with salt over and real close to a source high heat, you might see a yellow color above the pin. That yellow tells you that the product contains sodium. Scientists can look for that particular color and tell that it comes from something that contains sodium. Other elements give off different colors. By seeing what colors items give off, scientists can tell what something is made of. We used sodium because it is simply the easiest one to see.
It give off Carbon Dioxide (CO2)
The color depends on the lines of the emission spectrum of each different element.
It doesn't. An absorbtion spectrum is produced when it absorbs energy. An emission spectrum is produced when it lets the energy go again. The energy changes are associated with the element's electrons going up to higher energy levels and then dropping down again.
no it depends on the energy level the electrons are jumping down to
Emission spectrum: lines emitted from an atom.Absorption spectrum: absorbed wavelengths of a molecule.
No. The sun gives off a full continuous spectrum.
Many firework colors are made by burning metal salts. Each element gives off a unique color of the spectrum. When fireworks are lit, it causes the atoms of the metal salts to become excited, and as the fireworks are shot into the air electronic transition takkes place and visible light is seen. Depending on what elements the firework is made of will determine the color seen.
Radioactive elements give off radiation. The emission of radiation occurs when an unstable atomic nucleus tries to become stable. Some examples of radioactive elements are radium, curium, nobelium, rubidium, and polonium.
Bunsen and Kirchhoff discovered the element cesium in 1860 through their spectroscopic studies. They identified it by analyzing the spectrum of mineral water from the Durkheim springs. Cesium is a soft, silvery-gold alkali metal with the atomic number 55.
The colors of light given off when an element loses energy
Answer By exposing materials to a hot flame (from a Bunsen burner typically), the color of the flame can be used to identify the material. Certain elements give off a characteristic color when heated to high temperature. See the Related Links for "Wikipedia: flame test" to the bottom for the answer. A method of obtaining an emission spectrum from a sample
They are related by they are both spectrums that give the color(s) that the element is. The Emission Spectrum shows what color(s) it gives off, and the Absortion shows what color it absorbs and doesn't show. They also fit together and make a continuous spectrum.
Different elements give off different energy signals because each element has a unique structure of electrons surrounding its nucleus. When these electrons transition between energy levels, they emit light or energy at specific wavelengths characteristic of that element. This is the basis for techniques like atomic emission spectroscopy that are used to identify elements based on their unique spectral signatures.