Consider an ideal gas with an absolute temperature of T1. To what absolute temperature would the gas need to be heated to double its pressure? Express the answer in terms of T1.

To double the pressure, the temperature has to be 2*t1 K

Explanation: Gay-Lussacs law states: for a constant mass of gas held at constant volume, Pressure is proportional to absolute temperature (degrees K)

p1/t1 = p2/t2

we have p1/t1 = 2*p1/t2—> t2 = 2*p1*t1/p1 —> 2*t1

4.66 pounds

Step-by-step explanation:

follow the following steps to calculate the standard deviation :

1. find the mean of the observations

2. subtract the mean from each observations

3. square the result gotten from the answers gotten in the previous step

4. Add each of the squares gotten above and divide by the number of observations

5. find the square root of the answer gotten in the above stage

check the attached images for an explanation of how the answer was derived.