Homework Answers
Answer:-
Firstly from the given data, mass of each element is calculated then moles are calculated. Then using the mole ratio empirical formula is calculated.
The answer is given in the image,
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estion 1 of 3 A 25.121 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put in...
A 25.121 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen...
A 25.121 mg sample of a chemical known to
contain only carbon, hydrogen, sulfur, and oxygen is put into a
combustion analysis apparatus, yielding 44.751 mg of carbon dioxide
and 18.319 mg of water. In another experiment, 30.199 mg of the
compound is reacted with excess oxygen to produce 13.05 mg of
sulfur dioxide. Add subscripts to the formula provided to correctly
identify the empirical formula of this compound. Do not change the
order of the elements.
A 25.121 mg...
A 25.121 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen...
A 25.121 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 44.751 mg of carbon dioxide and 18.319 mg of water. In another experiment, 29.077 mg of the compound is reacted with excess oxygen to produce 12.57 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements. empirical formula: CHSO
A 30.141 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustio...
A 30.141 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 53.694 mg of carbon dioxide and 21.980 mg of water. In another experiment, 30.199 mg of the compound is reacted with excess oxygen to produce 13.05 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements empirical formula: CHSO
A 36.165 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen...
A 36.165 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 64.425 mg of carbon dioxide and 26.373 mg of water. In another experiment, 35.809 mg of the compound is reacted with excess oxygen to produce 15.47 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements.
A 24.117 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen...
A 24.117 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 42.963 mg of carbon dioxide and 17.587 mg of water. In another experiment, 32.443 mg of the compound is reacted with excess oxygen to produce 14.02 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements. empirical formula: CHSO
A 27.129 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen...
A 27.129 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 48.328 mg of carbon dioxide and 19.783 mg of water. In another experiment, 29.077 mg of the compound is reacted with excess oxygen to produce 12.57 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements empirical formula: CHSO
A 24.117 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen...
A 24.117 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 42.963 mg of carbon dioxide and 17.587 mg of water. In another experiment, 32.443 mg of the compound is reacted with excess oxygen to produce 14.02 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements. empirical formula: C,H,...
aestion 1 of 3 > A 20.101 mg sample of a chemical known to contain only...
aestion 1 of 3 > A 20.101 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 35.808 mg of carbon dioxide and 14.658 mg of water. In another experiment, 47.029 mg of the compound is reacted with excess oxygen to produce 20.32 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of...
estion 38 of 38 > A 3.56 g sample of a compound consisting of carbon, hydrogen,...
estion 38 of 38 > A 3.56 g sample of a compound consisting of carbon, hydrogen, oxygen, nitrogen, and sulfur was combusted in excess oxygen. This produced 3.85 g Co, and 2.10 g H,0. A second sample of this compound with a mass of 4.85 g produced 3.18 so,. A third sample of this compound with a mass of 8.78 g produced 4.53 g HNO, Determine the empirical formula of the compound. Enter the correct subscripts on the given chemical...
f a compound consisting of carbon, hydrogen, oxygen, nitrogen, and sulfur was combusted in excess oxygen. This produced 2.20 g Co2 and 1.20 g H,O. A second sample of this compound with a mass of...
f a compound consisting of carbon, hydrogen, oxygen, nitrogen, and sulfur was combusted in excess oxygen. This produced 2.20 g Co2 and 1.20 g H,O. A second sample of this compound with a mass of 4.86 g produced 3.19 g SO,. A third sample of this compound with a mass of 8.86 g produced 4.57 g HNO,. Determine the empirical formula of the compound. Enter the correct subscripts on the given chemical formula. empirical formula: CHNSO
f a compound consisting...
A 25.121 mg sample of a chemical known to
contain only carbon, hydrogen, sulfur, and oxygen is put into a
combustion analysis apparatus, yielding 44.751 mg of carbon dioxide
and 18.319 mg of water. In another experiment, 30.199 mg of the
compound is reacted with excess oxygen to produce 13.05 mg of
sulfur dioxide. Add subscripts to the formula provided to correctly
identify the empirical formula of this compound. Do not change the
order of the elements.
A 25.121 mg...
A 25.121 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 44.751 mg of carbon dioxide and 18.319 mg of water. In another experiment, 29.077 mg of the compound is reacted with excess oxygen to produce 12.57 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements. empirical formula: CHSO
A 30.141 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 53.694 mg of carbon dioxide and 21.980 mg of water. In another experiment, 30.199 mg of the compound is reacted with excess oxygen to produce 13.05 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements empirical formula: CHSO
A 24.117 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 42.963 mg of carbon dioxide and 17.587 mg of water. In another experiment, 32.443 mg of the compound is reacted with excess oxygen to produce 14.02 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements. empirical formula: CHSO
A 27.129 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 48.328 mg of carbon dioxide and 19.783 mg of water. In another experiment, 29.077 mg of the compound is reacted with excess oxygen to produce 12.57 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements empirical formula: CHSO
A 24.117 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 42.963 mg of carbon dioxide and 17.587 mg of water. In another experiment, 32.443 mg of the compound is reacted with excess oxygen to produce 14.02 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of the elements. empirical formula: C,H,...
aestion 1 of 3 > A 20.101 mg sample of a chemical known to contain only carbon, hydrogen, sulfur, and oxygen is put into a combustion analysis apparatus, yielding 35.808 mg of carbon dioxide and 14.658 mg of water. In another experiment, 47.029 mg of the compound is reacted with excess oxygen to produce 20.32 mg of sulfur dioxide. Add subscripts to the formula provided to correctly identify the empirical formula of this compound. Do not change the order of...
estion 38 of 38 > A 3.56 g sample of a compound consisting of carbon, hydrogen, oxygen, nitrogen, and sulfur was combusted in excess oxygen. This produced 3.85 g Co, and 2.10 g H,0. A second sample of this compound with a mass of 4.85 g produced 3.18 so,. A third sample of this compound with a mass of 8.78 g produced 4.53 g HNO, Determine the empirical formula of the compound. Enter the correct subscripts on the given chemical...
f a compound consisting of carbon, hydrogen, oxygen, nitrogen, and sulfur was combusted in excess oxygen. This produced 2.20 g Co2 and 1.20 g H,O. A second sample of this compound with a mass of 4.86 g produced 3.19 g SO,. A third sample of this compound with a mass of 8.86 g produced 4.57 g HNO,. Determine the empirical formula of the compound. Enter the correct subscripts on the given chemical formula. empirical formula: CHNSO
f a compound consisting...
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