At least the technique to analyse DNA-samples called "Gel-Elektrophoresis" is also a chromatography-technique.
To analyse paints of faked paintings or documents or car paints in case of an accident or crimes, the IR-spectrometry is the more common technique, it would also be possible to analyse these samples by thin-layer-chromatography or other chromatography-techniques, but IR-spectrometry is more reliable.
Chemistry is a valuable tool in forensic science that helps uncover information from physical evidence. In criminal cases, chemists analyze substances such as blood, DNA and gunpowder residue to determine when and by whom the crime was committed.
police officers use DNA in there work for a reason.
well do you know?
well the reason is because the finger prints, fluids, and foot print (ect.), are evidence that some thing happened at the crime scene.
and while they gather info, they send the evidence to a crime lab to be tested. after that they try to think of some suspects that could be there. then if that evidence shows you where there you will prob be one of the main prime suspects.
It can be used in so many different ways, for example say that there has been a murder and a forensics officer finds a blood sample at the crime scene that does not match the victim's DNA. Now let's assume you have 3 suspects. You could take a blood sample from each suspect and see if it matches the one found at the crime scene. It is, however more common to use DNA tests nowadays, but those take a lot longer.
Hope this helped :)
chemistry is used in the involvement of forensic science in many different ways. they test DNA, as in hair, saliva, and fingerprints
Radar is a good example of an application of science to police work. Breath alcohol analysis (the "breathalyzer") is another example.
it is used in sucide case to find which drug taken.
they use cameras to spot who are speed driving
Examples: detection of drugs, explosives, poisons, radioactive materials etc.
look out your window, and around your house. Unless you live in a cave, you will see many examples of science, and its application in technology.
life science
Science is all around us every day of our lives. Some ways science relates to our everyday lives is:growing crops, though some believe genetic modification of crops is having and will have even more negative effectsadvances in pharmaceutical drugsadvances in knowledgewaking up to a digital alarm clockweather reports on T.V., radio, and the Internetasphalt roadstransportationcell phonesantibioticsclean water from your faucetwater filters for you faucetelectricityand more
It is used to determine the content and purity of food.Police officers get benefit by testing blood alcohol content of suspected drunk drivers.It helps to ensure the pharmaceuticals strength and purity.
There are three main branches of science: physical science, earth science and life science.
it is not
The Filipino police officers are important for they are responsible in the protection of life and properties of every Filipino through the enforcement of laws and ordinances.
Everything you do from morning to evening, science is always involved in any of its one form in your daily life. Even not doing anything then also biologically science is there in your life.
donuts is love donuts is life.
From the first stone tool it MADE your daily life.
Science affect you in every aspect of your daily life.
yes
You better believe it!
The disadvantages of science in daily life is that we are losing the some what "connection" between our past selves. Meaning that we are becoming more "non-original".
Separation techniques effects our daily life because it helps us to do science easier and is very important to support our daily life.
Because it is in our daily life from morning to night
WHich discipline are you referring to? Science in your daily life includes almost everything around you:electricityautomobilesplanestrainsvaccuum cleanersair conditionersfurnacesCD Playerscomputersmedicationstelephonesmedical equipmentthe list is endless