Question

I just need the blank data table with all the reactions shown. I need ALL 36 spaces for reacting solutions. I don't need the observations. Please help.
ARE hem 310 LAB EXPERIMENT #6 Chemical Reactions: Double Replacements I. OBJECTIVES 1. To perform and record observations of some chemical reactions. 2. To gain skill in writing balanced equations from observations of chemical reactions using known reactants. 3. To look for ions that, if present, may cause the compounds to be insoluble in water. II. THEORY There are 4 general types of chemical reactions: 1. Combination or Synthesis Reaction A + B C Two or more pure substances are combined to make one new compound. In the previous lab, magnesium oxide was synthesized from two pure substances, magnesium metal and oxygen gas. 2. Decomposition Reaction DE + F A compound is decomposed into two or more pure substances. Water can be decomposed into hydrogen and oxygen gas. 3. Single Replacement AB + C → AC + B In this type of reaction, an element within a compound is replaced by another element, forming a new compound and an element. 4. Double Replacement AB + CD → AD CB The positive ion (cation) of a compound is replaced by the positive ion of another compound, resulting in an exchange of partners. + A special type of double replacement reaction HCI + KOH → HOH + KCI is a neutralization reaction in which an acid and a base react to form water and a "salt". In this experiment, several double replacement reactions will be performed. Evidence for the occurrence of a reaction includes precipitate formation (a precipitate, often abbreviated ppt, is an insoluble solid formed as a product), gas formation, a color change not due to dilution, and evolution of heat. Sometimes no visible change occurs. For this lab, we will write the reaction for combinations as if a complete replacement had occurred. A chemical equation is used to show a chemical reaction in which given amounts of reactants are changed into the products. An equation is considered to be "balanced" when there are the same number of atoms of each element present on both sides of the equation ("sides" refers to the "reactant" side and the "product" side). An equation can be written in words: magnesium metal reacts with oxygen gas to form solid magnesium oxide. An easier way to write equations is with symbols. Lab Experiment #6 - Chemical Reactions: Double Replacements 125