In this question, we are given with the volume at initial point i.e. 275ml that undergoes the change in pressure from 1.45atm to 2.10 atm.
We are asked to determine the final volume after the change.
For that we'd consider the Boyle's law that states that, for a gas in an iso-thermic system Pressure is inversely proportional to the Volume.
which means with the increase in Pressure, Volume of gas will reduce.
At constant Temperature, product of Pressure and Volume will be constant.
PV = constant.
for same system at different pressure volume condition, we can say that-
PV=pv
where,
P=Initial pressure = 1.45 atm
p= Final pressure = 2.10 atm
V= Initial Volume = 275 ml
v= Final volume, to be determined in this question
PV = pv
(1.45)(275) = (2.10)v
Final Volume= (1.45)(275)/(2.10)
Final Volume = 189.88 ml
To know more about Boyle's law:
brainly.com/question/1437490
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