Answer:
ion mobility spectrometer
Explanation:
it is an handheld chemical dectection device
Hope this helps
Please mark me as Brainliest
Answer:
This is what I put, it hasn't been graded though...
Within the system, the energy is flowing from your hand to the ice cream cone. Energy is also flowing from the surroundings to the ice cream cone unless it's reeeeaally cold in the surroundings in which case why are you even holding an ice cream cone when it's that cold?
2KCIO3=2KCL+302
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The answer is; Heavy nuclei split into lighter nuclei
Heavier isotopes of elements are the most unstable and decay quickly into lighter elements (mostly because they have high neutron to proton ratio). The decay involves the splitting of the heavier atom into a lighter atom and the release of neutron(s) particles and radiation energy. The released neutrons then hit another isotope and split it. This chain of reaction continues so far as the isotopes are close by. The time it takes for a radioactive element to decay into another element is called half-life.
Explanation:
just use the molar ratios to figure it out. Notice, you have to balance the chemical equation.
