Which option below correctly compares the average annual dose of background radiation to the dose liked to an increased cancer r
isk?
A. The average annual dose of background radiation is 250 times larger than the dose linked to increased cancer risk.
B. The average annual dose of background radiation is 250 times smaller than the dose linked to increased cancer risk.
C. The average annual dose of background radiation is 100,000 times smaller than the dose linked to increased cancer risk.
D. The average annual dose of background radiation is 100,000 times larger than the dose linked to increased cancer risk.
A. The average annual dose of background radiation is 250 times larger than the dose linked to increased cancer risk.
B. The average annual dose of background radiation is 250 times smaller than the dose linked to increased cancer risk.
C. The average annual dose of background radiation is 100,000 times smaller than the dose linked to increased cancer risk.
D. The average annual dose of background radiation is 100,000 times larger than the dose linked to increased cancer risk.
1 answer:
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D) Partial charge cannot be removed, because charge is a discrete quantity that may exist only at certain values
Explanation:
The electric charge of an object is a property of the object that is related to the ability of the object to experience/exert an electric force: if the object is electrically charge, then it is attracted or repelled by other electrically charged object.
The electric charge of an object depends on the amount of charged particles it has on it. In particular, the fundamental particles that carry electric charge are:
- Protons: they carry electric charge of +e
- Electrons: they carry electric charge of -e
Where "e" is the fundamental charge (). Therefore, one proton carry a charge of +e and one electron carry a charge of -e.
An electron is a fundamental particle: this means that it cannot be divided into smaller particles. This also means that it is not possible to remove part of the charge of the electron: in fact, it is said that electric charge exists only as discrete values, being a multiple of . Therefore, the correct statement is
D) Partial charge cannot be removed, because charge is a discrete quantity that may exist only at certain values
Learn more about particles:
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The formula for the mass that remains:
m₀ - the initial mass, t - time, T - the half-life
The answer is c. 1.25 g.
m₀ - the initial mass, t - time, T - the half-life
The answer is c. 1.25 g.