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How many ters of a 0.200 M KI solution is needed to completely react with 243 g of Cu(NO,) according to the balanced chemical reaction: KI)-2 Cul(a) + 1(0) KNO,(aq) molCuon peT 0.209 LKI 2.43 0.124 LKI 187.57 CaNon molCuNOT STARTING AMOUNT 2 mol CUNO, 187.57 g Cu(NO,) 1 mol Cu(NO,), 4 mol KI 0.200 LKI 243 g CuNO, * - 0.124 LKI 2 mol KI 0.0010 243 187.57 0.209 0.00542 6.022 * 10" 0.124 0.0620 2 4. 166 o Cu(NO) LKI MKI mal KI mL KI mL Cu(NO,) mol Cu(NO,) L Cu(NO,

How many ters of a 0.200 M KI solution is needed to completely react with 243 g of Cu(NO,) according to the balanced chemical reaction: KI)-2 Cul(a) + 1(0) KNO,(aq) molCuon peT 0.209 LKI 2.43 0.124 LKI 187.57 CaNon molCuNOT STARTING AMOUNT 2 mol CUNO, 187.57 g Cu(NO,) 1 mol Cu(NO,), 4 mol KI 0.200 LKI 243 g CuNO, * - 0.124 LKI 2 mol KI 0.0010 243 187.57 0.209 0.00542 6.022 * 10" 0.124 0.0620 2 4. 166 o Cu(NO) LKI MKI mal KI mL KI mL Cu(NO,) mol Cu(NO,) L Cu(NO,

Chemistry
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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How many ters of a 0.200 M KI solution is needed to completely react with 243 g of Cu(NO,) according to the balanced chemical reaction: KI)-2 Cul(a) + 1(0) KNO,(aq) molCuon peT 0.209 LKI 2.43 0.124 LKI 187.57 CaNon molCuNOT STARTING AMOUNT 2 mol CUNO, 187.57 g Cu(NO,) 1 mol Cu(NO,), 4 mol KI 0.200 LKI 243 g CuNO, * - 0.124 LKI 2 mol KI 0.0010 243 187.57 0.209 0.00542 6.022 * 10" 0.124 0.0620 2 4. 166 o Cu(NO) LKI MKI mal KI mL KI mL Cu(NO,) mol Cu(NO,) L Cu(NO,
Transcribed Image Text:How many ters of a 0.200 M KI solution is needed to completely react with 243 g of Cu(NO,) according to the balanced chemical reaction: KI)-2 Cul(a) + 1(0) KNO,(aq) molCuon peT 0.209 LKI 2.43 0.124 LKI 187.57 CaNon molCuNOT STARTING AMOUNT 2 mol CUNO, 187.57 g Cu(NO,) 1 mol Cu(NO,), 4 mol KI 0.200 LKI 243 g CuNO, * - 0.124 LKI 2 mol KI 0.0010 243 187.57 0.209 0.00542 6.022 * 10" 0.124 0.0620 2 4. 166 o Cu(NO) LKI MKI mal KI mL KI mL Cu(NO,) mol Cu(NO,) L Cu(NO,
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