A gas cylinder contains 2.0 mol of gas X and 6.0 mol of gas Y at a total pressure of 2.1 atm. What is the partial pressure of ga
s Y? Use mc017-1.jpg. 0.50 atm 1.6 atm 2.1 atm 2.8 atm
2 answers:
The partial pressure of gas Y is 1.6 atm
<u><em>calculation</em></u>
- Total pressure = partial pressure of gas y + partial pressure of gas X
- partial pressure of gas Y = moles of gas Y/total moles x total mole
<em>moles of of gas y= 6.0 moles</em>
<em> total moles = 6.0 + 2.0 = 8 moles</em>
<em> total pressure = 2.1 atm</em>
- partial pressure of gas y is therefore
- = 6.0 mole /8.0 mole x 2.1 atm= 1.6 atm
B) 1.6 ATM is the answer hope this helps anyone who needs this answer.
You might be interested in
Answer:
C. H2O
yep this one is right
Answer:
Keeps tides on the shore and away from the city
Explanation
Answer:
Nitrogen will called as atom or molecule or ion too in the state which it exist means in which form it is present .
Answer:
Gamma decay/radiation
Explanation:
Gamma radiation has no mass and no electrical charge which means no change in the atomic number or mass number when gamma rays are emitted.
Answer:
19.3 L
Explanation:
V= n × 22.4
where V is volume and n is moles
First, to find the moles of CO2, divide 38.0 by the molecular weight of CO2 which is 44.01
n= m/ MM
n= 38/ 44.01
n= 0.86344012724
V= 0.86344012724 × 22.4
V= 19.3410588502 L
V= 19.3 L
