Equipartition theorem vs real life data as we will see in class, the equipartition theorem implies that the constant volume heat capacity is the table below contains constant volume heat capacities (taken from the crc handbook for physics and chemistry), for a few substances at room temperature. estimate the constant volume heat capacities of these substances using the equipartition theorem, and compare to the data in the table. is the equipartition theorem doing well? substance phase at room temperature cv [j/(g k)] fluorine (f2) gas hydrogen (h2)gas 0.605 10.1 3.11 1.61 0.444 0.900 helium gas ammonia (nh3) gas iron solid aluninum solid n)

in simple terms, the principle states that the buoyancy force on an object is equal to the weight of the fluid displaced by the object, or the density of the fluid multiplied by the submerged volume times the gravitational acceleration, g. this is also known as upthrust.

multiply 2kg by latent heat of vap

as we probably am aware that our atmosphere or air have various levels, each level has different gasses, and each gas has another porousness. at the point when the light originates from lower porousness to higher penetrability, it alters its course. with the goal that implies that when the light originates from the moon to the earth, it alters it's course a lot more occasions. it essentially implies that the state of the light piece of the moon is changed on the earth.

not copied too! hope this !

joke:

h o h o hope you have a merry christmas!