Analytical 303132GeTI33343536KrCrMaFeCoNI39.10 40.08 44.96 47.88 50 94 52.00 54.94 55 85 5893 5869 63 55 65 3869 727259 7492 78.96 79 90 83.80ZaAsSeBr3738394041424345RRb4446474849505152SeZrNb5354Mo85.47 87 62889191 22 9291|95 94 (98 101.1 102.9 1064107.9112.41141TePdAgCaInSaSbTeXe118.7121.8127.61269 1313555657727374757677787980818283848586CaBaLaHrWReIrPt1329 1373 138 9178 5 1809 1839 186.2 190 2 192 2195.1 197.0 200.6 204.4 2072 209.0l209)210)(222)AuHgTIPbBiPoAt878889FrRa223) 226 227)ActionWhen a 8.000 g of mineral ore sample containing Sn(C0,), (238.7 g/mol) and other inert material was reacted with excessHCI solution and the liberated CO2 was bubbled through an excess solution of Ca(OH). (74.0 g/mol); the mass of precipitated CACO,(100.0 g/mol) was 0.7800 g. The percentage Sn(CO3)2 in sample is?1. 11.64 %2. 016 71 %3.044 14 %4. O23 27 %PreviousNextEN 2DELL

Answered: Image /qna-images/answer/af204b2e-b357-4b7a-8457-bf90676131ae.jpg

When a 8.000 g of mineral ore sample containing Sn(CO,), (238.7 g/mol) and other inert material was reacted with excess HCI solution and the liberated CO2 was bubbled through an excess solution of Ca(OH), (74.0 g/mol); the mass of precipitated CACO, (100.0 g/mol) was 0.7800 g. The percentage Sn(CO3)2 in sample is? 1. 11.64 % 2.016.71 %o 3. 044 14 % 4. O23 27 %

When a 8.000 g of mineral ore sample containing Sn(CO,), (238.7 g/mol) and other inert material was reacted with excess HCI solution and the liberated CO2 was bubbled through an excess solution of Ca(OH), (74.0 g/mol); the mass of precipitated CACO, (100.0 g/mol) was 0.7800 g. The percentage Sn(CO3)2 in sample is? 1. 11.64 % 2.016.71 %o 3. 044 14 % 4. O23 27 %

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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