Question 7 A 25.0mL expandable container of nitrogen was placed in a pressurized furnace at 4.0atm. The temperature rose from 25°C to 40°C. Assuming constant pressure, what is the volume (mL) of the gas after heating?

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Reposting coz of irrevelant answer please help me with this neat and clean correctly thankyou 

Given,
initial temperature T₁ =
final temperature T₂ =
2
Initial Volume V₁ = 25 ml
final Volume
1/2₂ ?
At constant pressure,
Volume is directly Proportional to temperature.
¥
V₂
5₂
— 1 x T₂
½/2₂
V
2
"
:
25°¢ = 25+ 273 298 k
40°c = 40 +273 = 313 k
26.25
(1
25
298
ml
x 313
Transcribed Image Text:Given, initial temperature T₁ = final temperature T₂ = 2 Initial Volume V₁ = 25 ml final Volume 1/2₂ ? At constant pressure, Volume is directly Proportional to temperature. ¥ V₂ 5₂ — 1 x T₂ ½/2₂ V 2 " : 25°¢ = 25+ 273 298 k 40°c = 40 +273 = 313 k 26.25 (1 25 298 ml x 313
Question 7
A 25.0mL expandable container of nitrogen was placed in a pressurized
furnace at 4.0atm. The temperature rose from 25°C to 40°C. Assuming
constant pressure, what is the volume (mL) of the gas after heating?
Transcribed Image Text:Question 7 A 25.0mL expandable container of nitrogen was placed in a pressurized furnace at 4.0atm. The temperature rose from 25°C to 40°C. Assuming constant pressure, what is the volume (mL) of the gas after heating?
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