they are exactly 1 proton away and there can't be fractions of protons so yeh
A magnesium atom gives two electrons to two chlorine atoms to form a magnesium ion and two chloride ions.
Sodium is larger than chlorine because chlorine has more protons and outer level electrons which gives the positive nucleus a greater pull on the outer electrons.
ionic bonding
NaCl(s) or sodium chloride, is commonly known as table salt.
They have similar reactivities because, they are both in the same family and they both have 7 valance electrons.
These Compounds Have Different Shpaes
because plant use chlorine as nutrient
hypothesis is what you believe you will discover in an experiment
Check into a filtration system.
Program Management is the process of providing execution certainty to meet the strategic business objectives of an owner.
Not exactly. Many toothpastes contain a fluoride which means that they contain what is known to chemists as a 'salt'. Table salt is a salt that is known to chemists as sodium chloride. It has chlorine in it but by being combined with sodium both the sodium and the chlorine are very different from the salt that you and I sprinkle on our foods. The same is true of the fluorides that are used in toothpastes. Incidentally I am not claiming either that fluorides are safe or unsafe, or good for you or bad for you. I'm merely trying to explain what fluoring has to do with some toothpastes.
A magnesium atom gives two electrons to two chlorine atoms to form a magnesium ion and two chloride ions.
Early chemists knew that atoms were very small but had no way of actually finding their mass.
Sodium is larger than chlorine because chlorine has more protons and outer level electrons which gives the positive nucleus a greater pull on the outer electrons.
Because the weight / density of chlorine is more than hydrogen. Hence the rate of displacement will be less than that of hydrogen.
Taxonomy was discover by Carl Linneaus. Taxonomy is the classification of all living organisms.
Mathematical calculations to explain unexpected changes in the orbit of Uranus.