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3 years ago

6

The pressure inside a gas cylinder is 3,506 mmHg ,how many atmospheres of pressure is the gas exerting on the cylinder

2 answers:

a_sh-v [17]3 years ago

8 0

Answer:

4.61 atm

Explanation:

This question seeks to test our knowledge on conversion of millimeter of mercury (mmHg) to atmospheric pressure (atm).

The numeric relationship between mmHg and atm is given below

1 atm ⇒ 760 mmHg, hence

X atm ⇒ 3,506 mmHg (where X is the unknown)

If you cross multiply the above, you will have

X = $\frac{3,506 * 1}{760}$

X = 4.61 atm

Thus, 4.61 atm is the atmospheric pressure of the gas exerted on the cylinder

slavikrds [6]3 years ago

4 0

Converting between atmospheres and millimeters of mercury. One atm. equals 760.0 mm Hg, so there will be a multiplication or division based on the direction of the change. Solution: multiply the atm value by 760.0 mmHg / atm.
answer=
$3506 \div 760 = 4.6746 \: atm$

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Balance the following equations. Do not include the states of matter.<br><br> (a) C + O2 → CO

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Answer:

C + O2 → CO2

Explanation:

C + O2 → CO ----------------- (1)

from equ (1) on reactant side, C has 1 mole, O has 2 moles

from equ (1) on product side, C has 1 mole, O has 1 mole

Thus, to balance the equation, O should have 2 moles

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The percent of remaining parent isotope in a radioactive decay process is 40 percent. How many half-lives have elapsed since the

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Answer: Between 1 and 2.

Explanation:

Half life is the amount of time taken by a radioactive material to decay to half of its original value.

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Putting in the values we get:

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A gas occupies 547 L at 331K. Find its volume at 376K. You must show all of your work to receive credit. Also, name the gas law

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Explanation:

Given parameters:

Initial volume = 547L

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Unknown:

Final volume = ?

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The appropriate gas law to use is the Charles's law.

The Charles's law shows the relationship between the volume and temperature of a gas under constant pressure.

The law states that "The volume of a fixed of a gas varies directly as its absolute temperature if the pressure is constant".

Mathematically;

$\frac{V_{1} }{T_{1} } = \frac{V_{2} }{T_{2} }$

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T₁ is the initial temperature

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Since the unknown is the final volume, we make it the subject of the expression;

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learn more:

Boyle's law brainly.com/question/8928288

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2 years ago

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