Answer:
As we know that,
From the ideal gas equation,
From this,
P is inversely proportional to the volume at constant temperature.
Now,
P1×300ml=1×1800ml
P1=1800/300
P1=6 atm
Explanation:
Hope it helps you......
P₁ = 6 atmospheres.
Given :-
Initial volume of the gas (V₁) = 300 ml
Final volume of the gas (V₂) = 1800 ml
Final pressure of the gas (P₂) = 1 atm
To find :-
Initial pressure of the gas (P₁)
Solution :-
Using Boyles law :
P₁V₁ = P₂V₂
P₁ × 300 = 1 × 1800
300 P₁ = 1800
P₁ = 1800/300
P₁ = 6
∴ Initial pressure of the gas (P₁) was 6 atmospheres.
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Answers & Comments
Answer:
Answer:
Given:
To find:
Solution:
As we know that,
From the ideal gas equation,
PV=nRT
From this,
P is inversely proportional to the volume at constant temperature.
Now,
P1V1=P2V2
P1×300ml=1×1800ml
P1=1800/300
P1=6 atm
Hence, The initial pressure of a gas is 6atm.
Explanation:
Hope it helps you......
Answer:
P₁ = 6 atmospheres.
Explanation:
Given :-
Initial volume of the gas (V₁) = 300 ml
Final volume of the gas (V₂) = 1800 ml
Final pressure of the gas (P₂) = 1 atm
To find :-
Initial pressure of the gas (P₁)
Solution :-
Using Boyles law :
P₁V₁ = P₂V₂
P₁ × 300 = 1 × 1800
300 P₁ = 1800
P₁ = 1800/300
P₁ = 6
∴ Initial pressure of the gas (P₁) was 6 atmospheres.