5. Calculate the new volume of a particular gas if 1.23 L of it, initially at a temperature of 32.0 °C is subjected to a drop in temperature of 19.0 degrees Celsius. (1)

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Chapter1: Chemical Foundations
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Please workout this problem for me, an example of what would be best for me is the screenshot with a paper I dont really understand it typed out. Thank you so much!!!! :) I appreciate anyone who could do it for me.

boyle's dnw.
Prussuse is inven sely Propstinal to Volume.
V.
PV= K.
%3D
(h01) (2.45) = Pz (2:25)
%3D
1, 08 afm
P,= 2.51 at m
65.0'
- 0.0855 atm.
760
V, = 13.3 L
V2 = ?
V2 =
(251) (13.3)
(0.0855)
V2 = 396.44 L
Transcribed Image Text:boyle's dnw. Prussuse is inven sely Propstinal to Volume. V. PV= K. %3D (h01) (2.45) = Pz (2:25) %3D 1, 08 afm P,= 2.51 at m 65.0' - 0.0855 atm. 760 V, = 13.3 L V2 = ? V2 = (251) (13.3) (0.0855) V2 = 396.44 L
5. Calculate the new volume of a particular gas if 1.23 L of it, initially at a temperature of 32.0 °C
is subjected to a drop in temperature of 19.0 degrees Celsius. (1)
Transcribed Image Text:5. Calculate the new volume of a particular gas if 1.23 L of it, initially at a temperature of 32.0 °C is subjected to a drop in temperature of 19.0 degrees Celsius. (1)
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