The pressure of 100cm\(^3\) of oxygen at 35\(^0\)C is 750mmHg. What will be the volume of gas if the pressure is reduced to 100mmHg without changing the temperature?

Ninny

9 years ago

General gas equation..

v1p1/t1=v2p2/t2

were v1=100, p1=750, t1=35+273=308

v2? p2=100 & t2=308 witout chngin d temperature.

then... 100×750×308/308×100= 23,100,000/30,800=

750cm³

stilinski124

10 years ago

boyle's law implemented

08126267628chinonye

2 months ago

I don't know what's going on If I pick an answer when I'm done a no d t

08126267628chinonye

2 months ago

I don't know what's going on If I pick an answer when I'm done and I'm viewing the corrections I'll find out that the computer picked another answer for me and the answer it's going to be a wrong answer and it's really frustrating 😔😭

Anela

1 year ago

P1V1= P2V2
(temperature remained constant so it is not necessary to involve it)

=750×100 = 100× V2
=75000=100V2

DBS BY 100
V2= 75000/100
V2=750(ANS)

Chizzynick

3 years ago

i used Gay Lussac's formula and i got the answer

Ninny

9 years ago

The xplanation n answer is wrong...





Tho the equation ix correct... general gas equation