This is an underground level where the ground becomes saturated with water.
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The energy released from 1 gram of uranium is more than 1 million times greater than the energy released from 3 grams of coal is True.
<u>Explanation:</u>
Nuclear Fission is the process in which splitting of a nucleus takes place that releases free neutrons and lighter nuclei. The fission of heavy elements like "Uranium is highly exothermic" and releases "200 million eV" compared to the energy that is released by burning coal which gives a few eV.
In the given example, it is obvious that the energy released from 1 gram of uranium is more than that of the energy released from 3 grams of coal because the amount of energy released during nuclear fission is millions of times more efficient per mass than that of coal considering only part of the original nuclei is converted to energy.
n = 0.100 moles
At STP (standard temperature pressure), where gas is collected, the temperature is 0°C and the pressure is 1 atm.
The ideal gas equation indicates that
Group of answer choices .The volume occupied by mole of a given gas at a given temperature and pressure is expressed as the gas's molar volume.
The most typical illustration is the molar volume of a gas at STP, which is equal to for
mole of any ideal gas at a temperature of
Kand a pressure of
atm.
Hence, the volume of the gas is .
A unit is stated to have a temperature of absolute zero and an atmospheric pressure of one atmosphere, or
atm, at standard temperature and pressure. Additionally, at STP, a mole of any gas takes up
of space. Keep in mind that this idea only applies to gases.
For experimental measurements to be established under standard conditions that allow for comparisons between various sets of data, standard temperature and pressure must be met.
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