Answer :
(1) A is reactant.
(2) B is reactant.
(3) C is product.
(4) D is product.
(5) (s) represents solid state.
(6) (l) represents liquid state.
(7) (g) represents gaseous state.
(8) (aq) represents aqueous state.
Explanation :
Balanced chemical reaction : It is defined as the reaction in which the number of atoms of individual elements present on reactant side must be equal to the product side.
The species present on the left side of the right arrow is the reactant and the species present on the right side of the right arrow is the product.
Some symbols used in the chemical reaction are :
The symbol
is used for temperature.
The symbol (s) for solid, (l) for liquid, (g) for gaseous and (aq) for aqueous are used for the representation of physical states.
The given chemical reaction is:

In this reaction,
A and B are reactants.
C and D are products.
(s) represents solid state.
(l) represents liquid state.
(g) represents gaseous state.
(aq) represents aqueous state.
Since we have sufficient sodium fluoride (NaF), the magnesium (Mg) will be our limiting reactant, and we will use its coefficient in the balanced equation to determine our molar ratio between the product of interest which, in this case, is sodium (Na).
We are given the mass of magnesium, 23.56 grams, which we must convert to moles by dividing the mass by the molar mass of magnesium: (23.56 g)/(24.305 g/mol) = 0.9693 mol Mg.
According to the balanced equation given, the molar ratio between sodium and magnesium is 2:1. That is, for every 2 moles of Na that are produced, one mole of Mg is consumed or reacted. The upshot is that the number of moles of sodium produced will be double the number of moles of Mg reacted. Since we have 0.9693 moles of Mg available to react, we will obtain (0.9693 mol Mg)(2 mol Na/1 mol Mg) = 1.939 mol Na.
Finally, we multiply our moles of sodium by the molar mass of sodium to get the mass: (1.939 mol Na)(22.99 g/mol) = 44.57 grams Na.
So, 44.57 grams of sodium will be produced.
The answer is given to four significant figures.
C. 3O2 (g) + 2KCl (s) yields 2KClO3 (s)
Answer:
A) <u><em>Dinitrogen Oxide:</em></u>
=>
(Also called Nitrous Oxide)
B) <u><em>Calcium Dihydrogen Phosphate:</em></u>
=>
(Also called Monocalcium phosphate)
Answer: The heat of combustion in bomb calorimeter problems isgenerally calculated by the following formula H = -C T
Explanation: