A 101.3 mg sample of an organic compound known to contain Cl is burned in pure O2 and the combustion gases collected in absorbent tubes. The tube used to trap CO2 increases in mass by 167.6 mg, and of...


A 101.3 mg sample of an organic compound known to contain Cl is burned in pure O2<br>and the combustion gases collected in absorbent tubes. The tube used to trap CO2<br>increases in mass by 167.6 mg, and of 121.8 mg is treated with concentrated HNO3<br>producing C12, which subsequently reacts with Ag* forming 262.7 mg 9g AgCl. (MM of C=<br>12.01 g/mol, O=16.00 g/mol, Cl=35.45 g/mol, H=1.008 g/mol, AgCl=143.32 g/mol.<br>Determine the:<br>1. % w/w C.<br>2. % w/w H.<br>3. % w/w CI<br>4. Empirical formula of compound.<br>

Extracted text: A 101.3 mg sample of an organic compound known to contain Cl is burned in pure O2 and the combustion gases collected in absorbent tubes. The tube used to trap CO2 increases in mass by 167.6 mg, and of 121.8 mg is treated with concentrated HNO3 producing C12, which subsequently reacts with Ag* forming 262.7 mg 9g AgCl. (MM of C= 12.01 g/mol, O=16.00 g/mol, Cl=35.45 g/mol, H=1.008 g/mol, AgCl=143.32 g/mol. Determine the: 1. % w/w C. 2. % w/w H. 3. % w/w CI 4. Empirical formula of compound.

Jun 08, 2022
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