Be sure to complete step ONE before moving on to the other steps. Break each step down. You should have four steps altogether. Consider a double replacement reaction between Zinc (ll) chloride and sodium hydroxide: ZnCl2+NaOH ==> Complete the chemical equation by: Step 1: Rewrite it to include electrically-neutral ionic product formulas for each formula. Hint for step 1: rewrite the entire equation including charges. For example, if Na + Cl2 ==> were your reactants, you would not predict NaCl2 as a chemical product because that is not an electrically neutral compound formula. Sodium chloride contains sodium ions, each with a +1 charge, and chloride ions, each with a -1 charge. Overall, the compound has no charge, because the positive sodiums balance out the charge on the negative chlorides, and vice versa. Step 2: Balance the equation. Step 3: Add subscripts (aq, I, s, or g) to show how the reactants combine and which product will precipitate to be collected as a solid. Step 4: Provide subscripts for both reactants and both products.
Be sure to complete step ONE before moving on to the other steps. Break each step down. You should have four steps altogether. Consider a double replacement reaction between Zinc (ll) chloride and sodium hydroxide: ZnCl2+NaOH ==> Complete the chemical equation by: Step 1: Rewrite it to include electrically-neutral ionic product formulas for each formula. Hint for step 1: rewrite the entire equation including charges. For example, if Na + Cl2 ==> were your reactants, you would not predict NaCl2 as a chemical product because that is not an electrically neutral compound formula. Sodium chloride contains sodium ions, each with a +1 charge, and chloride ions, each with a -1 charge. Overall, the compound has no charge, because the positive sodiums balance out the charge on the negative chlorides, and vice versa. Step 2: Balance the equation. Step 3: Add subscripts (aq, I, s, or g) to show how the reactants combine and which product will precipitate to be collected as a solid. Step 4: Provide subscripts for both reactants and both products.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Be sure to complete step ONE before moving on to the other steps. Break each step down. You should have four steps altogether.
Consider a double replacement reaction between Zinc (ll) chloride and sodium hydroxide:
ZnCl2+NaOH ==>
Complete the chemical equation by:
Step 1: Rewrite it to include electrically-neutral ionic product formulas for each formula.
Hint for step 1: rewrite the entire equation including charges. For example, if Na + Cl2 ==> were your reactants, you would not predict NaCl2 as a chemical product because that is not an electrically neutral compound formula. Sodium chloride contains sodium ions, each with a +1 charge, and chloride ions, each with a -1 charge. Overall, the compound has no charge, because the positive sodiums balance out the charge on the negative chlorides, and vice versa.
Step 2: Balance the equation.
Step 3: Add subscripts (aq, I, s, or g) to show how the reactants combine and which product will precipitate to be collected as a solid.
Step 4: Provide subscripts for both reactants and both products.
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