Like if you imagine making something you create a hypothesis about was to make that happen
Answer:
One single orbital can hold the maximum of 2 electrons.
Explanation:
The 2 electrons must have opposing spins otherwise they would have the same four quantum numbers, which is forbidden.
- One electron would spin up
- The other would spin down
This would tell us that each subshell would have double the electrons per orbital
Mass is lost when I has under gone this transformation so no, mass was not conserved.
Isotopes are elements with same atomic number but different mass number. Hydrogen and Deuterium are isotopes with same atomic number but different mass number. Hydrogen have atomic number 1 and mass number 1 where as deuterium have atomic number 1 but mass number 2
The ratio of effusion of rates of oxygen (O2) to Hydrogen (H2) is calculated as follows
rate of O2/ rate of H2 = square root of molar mass of H2/molar mass of O2
= square root = 2 /32 = 0.25
