3. Use the following information for the next three questions.

You have a container of gas particles at a temperature of 20 C at a pressure of 2.5 atm. After taking the container outside, the temperature drops to 5 C. The volume of the container has been held constant.

Question

3. Use the following information for the next three questions. 

You have a container of gas particles at a temperature of 20 C at a pressure of 2.5 atm. After taking the container outside, the temperature drops to 5 C. The volume of the container has been held constant.

anonymous · Answer

why do i never get help, isn't tht the idea of this site ?????????????????? :(

abb0t · Answer

Because you're not asking a question.

anonymous · Answer

ok how do i slove for the unknown pressure

abb0t · Answer

$\sf \frac{P_1V_1}{T_1}=\frac{P_2V_2}{T_2}$ since the volume is said to be constant, you can just assume volume = 1 for both. Now, rearrange and solve for $\sf \color{red}{P_2}$

anonymous · Answer

so just plug in the numbers

abb0t · Answer

Yep. Rearrange, plug, and solve.

anonymous · Answer

p2=2.5 x 293/278, where did volume come from

abb0t · Answer

volume is constant, so assume it to be 1 L or whatveer

anonymous · Answer

yea but this question only has temperature, which converts to K and atm or pressure, no volume or L

anonymous · Answer

hello

abb0t · Answer

Goodbye.

anonymous · Answer

peace