URGENT If you take four gas samples with the following pressures: 12.3 atm, 56.7 atm, 1.09 atm, and 32.6 atm. What is the total
1 answer:
The total pressure of gas samples are 102.69 atmosphere, if the gas samples have pressure of 12.3 atmosphere, 56.7 atmosphere, 1.09 atmosphere, and 32.6 atmosphere.
Explanation:
The given is,
Gas samples pressure are,
12.3 atmosphere, 56.7 atmosphere, 1.09 atmosphere, and 32.6 atmosphere
Step:1
From the Dalton’s Law of Partial Pressure,
The total pressure of a mixture of gases can be defined as the sum of the pressures of each individual gas,
.........................(1)
Where, ., etc. are the pressure of gas sample respectively 1,2,3.,etc.
Step:2
From the given,
= 12.3 atmosphere
= 56.7 atmosphere
= 1.09 atmosphere
= 32.6 atmosphere
Equation (1) becomes,
= 12.3 + 56.7 + 1.09 + 32.6
= 102.69 atmosphere
Total pressure of gas samples are = 102.69 atmosphere
Result:
The total pressure of gas samples are 102.69 atmosphere, if gas samples have pressure of 12.3 atmosphere, 56.7 atmosphere, 1.09 atmosphere, and 32.6 atmosphere.
You might be interested in
Answer:
of silver would be required.
Explanation:
Dimensions of silver mas :
Length = l = 120.0 ft
breadth = b = 60.0 ft
Height = h = 0.33 ft
Volume of silver mass ,V= l × b × h
Density of silver,d =
of silver would be required.
The number of moles:
3.16g of
1 mole of- 158g.
x moles of- 3.16g.
The number of moles:
32.33g of
1 mole of- 194g.
x moles of- 32.33g.
The number of moles:
100g of
1 mole of- 100.1g.
x moles of- 100g.
Greetings,
n00nst00p :)
3.16g of
1 mole of
x moles of
The number of moles:
32.33g of
1 mole of
x moles of
The number of moles:
100g of
1 mole of
x moles of
Greetings,
n00nst00p :)