Question

Which equation agrees with the ideal gas law?

V₁ V₂
T₁ T₂
O
V₁ V272
O P₁₁ = P₂7₂
P₁
T2
P₂ T₁

Answer 1

The equation that agrees with the ideal gas law is:

`\[ (V_1)/(T_1) = (V_2)/(T_2) \]`

The equation aligns with Boyle's Law, a specific expression of the ideal gas law.

This law asserts that, at constant pressure, the product of the initial volume
`(\(V_1\))` and temperature
`(\(T_1\))` of a gas equals the product of the final volume
`(\(V_2\))` and temperature
`(\(T_2\))`.

Boyle's Law illustrates the inverse relationship between volume and temperature in an ideal gas, emphasizing how alterations in these variables impact each other while holding pressure constant, crucial for comprehending gas behavior in different conditions.