A sample of gas occupies a volume of 445 mL at a temperature of 274 K. At what temperature will this sample of gas occupy a volume of 499 mL? Show all of the work used to solve this problem.

Question

anonymous · Answer

@Somy Can you help? :3

somy · Answer

charles's law
 formula is 
V1/T1 = V2/T2

anonymous · Answer

I need the formula thanks! I'm going to do the work and can you double check it for me?

somy · Answer

sure :))

anonymous · Answer

$$\frac{ 445 }{ 274 } * \frac{ 499 }{ t }$$

$$445(t) = 499 *274$$

445(t) = 136726

$$\frac{ 445(t) }{ 445} = \frac{ 136726 }{ 445}$$

t = 307 k

somy · Answer

yeah thats right :)

anonymous · Answer

Omg, yay! Can you help me set up another one?

somy · Answer

yup yup :) but open a new question :)

anonymous · Answer

Okay

anonymous · Answer

This is a dishonest way to complete you exam...