2 agno3 aq mg s mgno32 aq 2 ag s


What is the name of the chemical reaction?

The name of the chemical reaction is double replacement.

What are the products of the chemical reaction?

In the chemical reaction between 2 agno3 aq mg s mgno32 aq 2 ag s, the products are 2 ag s and mg s.

What are the reactants of the chemical reaction?

The reactants of the chemical reaction are 2 agno3 aq mg s mgno32 aq 2 ag s.

What is the balanced equation for the chemical reaction?

2 agno3 aq mg s mgno32 aq 2 ag s

What is the molarity of the reaction?

In order to calculate the molarity of the reaction, you need to know the formula for agno3 and mgno32.

The molarity of the reaction is:

moles agno3 x liters agno3 aq x molarity mgno32 aq 2 ag s = 0.01516 M

What is the mass of the reactants?

In order to calculate the mass of the reactants, we need to know the molar mass of each compound. The molar mass of silver nitrate is 169.87 g/mol and the molar mass of magnesium is 24.30 g/mol.

We can use the coefficients in front of each compound to find the moles of each. There are 2 moles of silver nitrate and 1 mole of magnesium.

Now that we know the moles of each compound, we can multiply by the molar mass to find the grams.

2 moles x 169.87 g/mol = 339.74 g silver nitrate
1 mole x 24.30 g/mol = 24.30 g magnesium

So, the total mass of the reactants is 339.74 + 24.30 = 364.04 grams

What is the volume of the reactants?

To find the volume of the reactants, we need to know the molarity of each reactant and the volume of the reaction.

The molarity of agno3 is 2 moles/L and the molarity of mg is 1 mole/L.

The volume of the reaction is 5 L.

So, the volume of agno3 is 2 L and the volume of mg is 5 L.

What is the density of the products?

The products of the reaction between silver nitrate and magnesium are silver and magnesium nitrate. The density of silver is 10.5 g/cm3 and the density of magnesium nitrate is 2.16 g/cm3.


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