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___A container holds 50.0 ml of Nitrogen at 25° C and a pressure of 736 mm Hg. What will be it's volume if tempreture is increased by 35°C___?
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Answers
Answer:
Since there is no mention of a change in the pressure we must assume that pressure is held constant.
V
i
= 50.0 mL
T
i
= 25 C + 273 = 298 K
V
f
= ???
T
f
= 60 C + 273 = 333 K
Always change the temperature form Celsius to Kelvin for the gas laws.
Charles' Equation is
V
i
T
i
=
V
f
T
f
This can be rearranged algebraically to
V
i
T
f
T
i
=
V
f
(
50.0
m
L
)
(
333
K
)
298
K
=
V
f
V
f
=
55.9
m
L
I hope this was helpful.
Explanation:
pl me mark in brainlists
Hello ,
For this problem we would use the equation for Charles' Law which compares the direct relationship between Volume and Temperature when Pressure is held constant.Since there is no mention of a change in the pressure we must assume that pressure is held constant
v1= 50.5 ml
T1 = 25 +273 = 293 K
V2= ?
T2 = 60 +273 =333K
substitute in charles law of eq
final answer will be
v2= 55.9 ml
Hope it helps u