If someone can please help me (Don't give me the answer)

If 1.6 moles of an ideal gas are at a temperature of 25°C and a pressure of 0.91 atm Hg, what volume would the gas occupy, in liters?

Question

If someone can please help me (Don't give me the answer)

If 1.6 moles of an ideal gas are at a temperature of 25°C and a pressure of 0.91 atm Hg, what volume would the gas occupy, in liters?

anonymous · Answer

@Jonask  @robtobey

anonymous · Answer

@Jonask @AnElephant @azura @AravindG @dan815 @DLS @dumbsearch2 @divagirl421 @e.cociuba @eragon4 @FutureMathProfessor @Falco276 @genius12 @GoldPhenoix @ivancsc1996 @kelliegirl33 @kymber @Luigi0210 @luckythebest @merchandize @melody16 @marylou004 @mariahk19 @Nurali @NoelGreco @NANAGX14 @oldrin.bataku @robtobey @skullpatrol @stabar @SI123 @skibum22 @tcarroll010 @timo86m @thomaster @touseii45 @tonipoo610 @uri @XAY_____ @yahya90 @zacharyf @zoehaddad

anonymous · Answer

Apply the formula PV=nRT i hope

ivancsc1996 · Answer

Exactly. Can you solve PV=nRT for V?

anonymous · Answer

; -; Uh...

V= Pn/RT?

anonymous · Answer

V= nRT/P

ivancsc1996 · Answer

No, you only need to divide by V so P=nRT/P. Then jjust plug in the numbers. remember you need the temperature in kelvin

anonymous · Answer

If 1.6 moles of an ideal gas are at a temperature of 25°C and a pressure of 0.91 atm Hg, what volume would the gas occupy, in liters?


Okay so 
P = 0.91
T= 25°C
n= ???
R= ???

ivancsc1996 · Answer

n is the number of moles. R is the gas constant, you can look for it on google. remember T is T=(25+273.15)k

anonymous · Answer

Okay so... How do I fined the gas content or is it the same as the moles?

anonymous · Answer

$$0.0821 L atm mol ^{-1} /K ^{-1}$$

anonymous · Answer

e__e okay so the answer will be 43L?

anonymous · Answer

yep

anonymous · Answer

Thank you! c: <3