At constant pressure, a 675 mL on N2 gas tank ks warmed from 25.0 degree celsius

Question

At constant pressure, a 675 mL on N2 gas tank ks warmed from 25.0 degree celsius (room temperature) is moved outdoors kn a hit summer day and temperature rises to 38.0 degrees celsuis. What js the bew volume kf this gas in mL and in liters. Show the equation of the gas law and rearranged equation. And the nme of the Gas law At constant pressure, a 675 mL on N2 gas tank ks warmed from 25.0 degree celsius (room temperature) is moved outdoors kn a hit summer day and temperature rises to 38.0 degrees celsuis. What js the bew volume kf this gas in mL and in liters. Show the equation of the gas law and rearranged equation. And the nme of the Gas law

Explanation / Answer

PV = nRT

V = T

V2/V1 = T2/T1

with,

V1 = 675 ml

V2 = ?

T1 = 25 + 273 = 298 K

T2 = 38 + 273 = 311 K

we get,

Volume of gas at 38 oC, V2

V2 = 311 x 675/298 = 704.45 ml = 0.704 L

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