Two tanks of gas, one of hydrogen, H2, and one of helium, He, contain equal masses of gas. The gram-molecular mass of He is twice that of H2 . Both tanks of gas are at the same temperature, 293 K. Which statement(s) below is(are) correct when we ignore vibrational motion?
a. The total internal energy of the hydrogen is the same as that of the helium.
b. The total internal energy of the hydrogen is 167 times that of the helium.
c. The total internal energy of the helium is 1.67 times that of the hydrogen.
d. The total internal energy of the hydrogen is 3.33 times that of the helium.
e. The total internal energy of the helium is 3.33 times that of the hydrogen.
Question 2
Two tanks of gas, one of hydrogen, H2, and one of helium, He, contain equal numbers of moles of gas. The gram-molecular mass of He is twice that of H2 . Both tanks of gas are at the same temperature, 293 K. Which statement(s) below is(are) correct when we ignore vibrational motion?
a. The total internal energy of the hydrogen is the same as that of the helium.
b. The total internal energy of the hydrogen is 1.4 times that of the helium.
c. The total internal energy of the helium is 1.4 times that of the hydrogen.
d. The total internal energy of the hydrogen is 1.67 times that of the helium.
e. The total internal energy of the helium is 1.67 times that of the hydrogen.
Rule of Nines. A method for determining percentage of body burned. Each different colored section re
Patients of all socioeconomic backgrounds should be given equal care.
Hydrogen bonding patterns for the a- and 310 helices
Kepler’s Law of Equal Areas
Hydrogen Bonds رابطة هيدروجينية
Combustion analysis of 0.150 g of an unknown compound containing carbon, hydrogen, and oxygen ...