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WITCHER [35]
3 years ago
10

A miner develops cancer of the esophagus. Ten years before, he had been exposed to radiation when he worked for a year in a mine

. He had also smoked cigarettes for a number of years, but had quit five years ago. Which statement best describes the miner’s condition? Tests can determine whether the cancer was caused by exposure at the mine or by compounds in cigarette smoke so that a treatment can be determined. Cancer caused by exposure at the mine would have appeared while he was at the mine, so smoking is the more likely cause. The cancer is likely the result of natural exposure to radiation in the environment and not related to either the mine or smoking. It is unlikely that a specific cause can be determined, but the treatment would likely be the same in either case.
Physics
2 answers:
Salsk061 [2.6K]3 years ago
7 0

Answer:

It is unlikely that a specific cause can be determined, but the treatment would likely be the same in either case.

Explanation:

It comes to a certain point when smoking that the damage is been done to the lungs and eventually the person could develop cancer of lungs, the same with the mining, the lungs eventually get damage from breathing that dense mineral air, so the cause of the cancer would be near impossible to determine, but the treatment would be the same nontheless, so the correct option would be D.

slamgirl [31]3 years ago
3 0

D.) It is unlikely that a specific cause can be determined, but the treatment would likely be the same in either case.

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B
SVEN [57.7K]

Answer:

Frequency = 1,550Hz

Explanation:

To solve this we can use the equation: f=\frac{v}{\lambda}

(frequency = velocity/wavelength).

We are given the information that the wavelength is 22cm and the speed is 340m/s. The first step is to make sure everything is in the correct units (SI units), and to convert them if needed. The SI Units for velocity and wavelength are m/s and m respectively. This means we need to convert 22cm into meters, which we can do by dividing by 100, (as there are 100cm in a meter). 22/100 = 0.22m

Now we can substitute these values into the formula and calculate to solve:

f=\frac{340}{0.22} \\\\f=1545.454...

Simplify to 3 significant figures:

f = 1,550Hz

(Which I believe is just below a G6 if you were interested)

Hope this helped!

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