One good reason is to identify an unknown compound or element.
The flame colour also might give an indication of the chemical makeup of a compound, i.e. what types of bonds it has. As each bond will give out a different amount of energy when broken, giving different colours.
So, the simple answer is to find out what something is.
Burning would probably do nicely Burn
The material that would produce the least amount of smoke when burning is glass.
A forensic scientist might use a flame test when trying to identify a metal ion present in a sample. By observing the color of the flame when the sample is burned, they can determine the presence of specific metal ions based on the characteristic colors emitted. This technique can help in identifying unknown substances in a crime scene or forensic investigation.
A scientist who studies water (H2O) would be a hydrologist or a water chemist.
Removing the primary colors (red, blue, yellow) from secondary colors (green, purple, orange) would result in either a desaturated version of the secondary color or a mixture of the other secondary colors. For instance, removing blue from purple would leave a reddish hue, while removing blue from green would result in a yellowish tone.
A balance scale would be the best instrument for the scientist to use in order to measure the mass of the iron-based metals before and after exposure to oxidation. This would allow the scientist to determine any changes in mass due to the oxidation process.
Yes That's what we would like to Faulknering know you freaking rocket Scientist
Most of the metals in the periodic table are used as catalyst for one reaction or the other
A scientist is doing an experiment to see how oxidation affects the mass of iron-based metals. Which of the following instruments would best help the scientist determine the results of his study?
a continuous spectrum with all colors blending together.
I would be a chemist, what kind of scientist would you be?
A fire extinguisher......everyone should have one. If you don't, water would be the best solution unless you are burning metals or other hazardous materials.
The scientist would not.
A scientist would not use a graph to explain the methodology.
A scientist would not use a graph to explain the methodology.
Literally hundreds of things could cause unusual exhaust color/smoke. To help, here's the general idea of colors and causes: Blue/grey- Burning Oil White-Burning Coolant (and in some cases transmission fluid) Black- Burning Excessive Fuel Hope that helped
The color of the fire depends on what you are burning. Usually it is many shades of orange, sometimes reddish. And those colors are made when you are burning wood or coal. I don't know why a campfire would completely red...someone must have thrown something funky in there.