Answer:
A real gas will act as an ideal gas under high temperature and at a low pressure.
Real gases are non-ideal gases whose molecules occupy space and have interactions, consequently, they do not adhere to the ideal gas law.
An ideal gas has molecules that occupy negligible space and have no interactions, and which consequently obeys the gas laws exactly.
Explanation:
Water that contains large amounts of disolved salts
Answer:
I dont get what you need help with
Explanation:
Answer:
98
Explanation:
molar mass of H3PO4=(3×1)+(31)+(4×16)=3+31+64=98
Answer:
I. N−3
III. F−1
Explanation:
A positive charge indicates a loss of electrons whereas a negative charge denotes electron gain.
For two species to have the same electron configuration, they must have the same number of electrons within their atomic space.
So, the solution to this problem will be two species with the same number of electrons:
Nitrogen in neutral state has 7 electrons, on gaining 3 the electrons becomes 10
Fluorine in neutral state has 9 electrons, on gaining 1 more, it will have 10 electrons.
