Mass of water using isotopes? The water found on Earth is almost entirely made up of the ^1H and ^{16}O isotopes for a formula o
2 answers:
Answer : 24.032 amu
Explanation : The mass of water using isotopes can be found by replacing the hydrogen element with its isotope called tritium which has mass of 3.016 amu.
Tritium (T) contains one proton and two neutrons in it. When the water is replaced by tritium the mass of the water becomes as;
= {(3.016 x 2) + 18} = 24.032 amu.
whereas in = {(1 x 2) + 18} = 20 amu.
So, the mass of water will be highest when we replace, hydrogen by tritium as the isotope.
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Thermodynamics is a branch of physical chemistry that studies heat and its effects and interactions. Governed by the four main laws, thermodynamics plays a huge role in physics and chemistry, and is also responsible for the law of conservation of energy, a fundamental rule in science.