ChemistryWiki | RecentChanges | Preferences
Part I
Please give the correct chemical name or chemical formula for the following:
1) Copper (I) oxalate
2) Barium sulfate
3) Potassium permanganate
4) Cr3(P1O3)2
5) Cesium fluoride
6) K3(P1O4)1
7) Trinitrogen pentaoxide
8) Sn1(C1O3)2
9) Carbon dioxide
10) Mercury (I) bromide
Part II
Balance the chemical reaction and give the correct type of reaction for the following:
1) ___ Ca1Br2 + ____ Na3P1 ==> ____ Ca3P2 + ____ Na1Br1
Type of Rxn:____________________
2) ___ Li3P1O4 ==> ____ Li + ____P + ____ O2
Type of Rxn:____________________
3) ___ C8H18 + ____ O2 ==> ____ C1O2 + ____ H2O1
Type of Rxn:____________________
Part III
Answer the following Stoichiometry problems showing all work (Do Work On Back of This Page).
1) Using the balanced equation from question 1 above, how many grams of calcium bromide do I need to react to obtain 56.4grams of sodium bromide?
2) Using the balanced equation from question 3 above, how many molecules of dihydrogen monoxide do I produce if I react 65.2grams of elemental oxygen (remember it is a diatomic element).
Part IV
For the following reactants, please provide the following
a. For single replacement reaction
- If the reaction does not occur, please give a one sentence explanation of why it does not.
- If the reaction does occur, please give a balanced complete chemical reaction including phases of reactants and products. Then show all work to determine the net ionic reaction.
b. For double replacement reactions (only for solid formation)
- If the reaction does not occur, determine the potential products and phases and show all work to get the net ionic reaction to show that the reaction does not occur (i.e. everything crosses out because all species are spectator ions).
- If the reaction does occur, please give a balanced complete chemical reaction including phases of reactants and products. Then show all work to determine the net ionic reaction.
1. Na2(SO4)1 (aq) + K1(NO3)1 (aq) -->
2. K2(CO3) 1 (aq) + Ba1Cl2 (aq) --->
3.Ba(s) + Al2(SO4)3 (aq) -->