The empirical formula of an organic compound can be determined via combustion analysis. A typical combustion apparatus is shown below: omi alateyro to moras llam asosiy infor IN-SONDT STUIDTons or broen breno si mate8906 Quat-lom adtatni adut od 90015 gai edw.10d, tiste or vbleu d has yetom sigume or doin H₂O is trapped here, missed 10 91m sill 15wol, CO₂ is trapped here UC ob nas uov ini em or wood lab excess O₂ is added 0000 xuntas ng 199 of nun tent Hoy non so nun ba fuberg 10000.00 000 00 000000000000000000 00000000000000000 butiomaa grilom ai ost of domaile TOXDU 00E of solo al Y bruoqmnes to taloq gais sample is heated until it decomposes er lirw 21sismoodi solo odi 400) 19T of 17 A sample of the chemical is burned in oxygen in a tube packed with copper oxide to ensure complete combustion. The carbon in the compound is converted to CO2, which is absorbed in a tube packed with ascarite. The hydrogen is converted to water vapor and is absorbed in a tube packed with drierite. The increase in weight of the absorber tubes corresponds to the CO₂ and H₂O produced during combustion. Compounds X and Y do NOT contain any nitrogen, sulfur, or halogen atoms; both compounds do contain oxygen. bioA oiosasdonimA-A A 1.0542 g sample of X was burned in a combustion apparatus. The results were: 75.2382 g 76.8377 g 81.4128 g Weight of ascarite tube before combustion Weight of ascarite tube after combustion Weight of drierite tube before combustion Weight of drierite tube after combustion Given this data, calculate the empirical formula of compound X: 81.7418 g X bnvoqmo Y buoqmo УТ ТЯЛЯ
The empirical formula of an organic compound can be determined via combustion analysis. A typical combustion apparatus is shown below: omi alateyro to moras llam asosiy infor IN-SONDT STUIDTons or broen breno si mate8906 Quat-lom adtatni adut od 90015 gai edw.10d, tiste or vbleu d has yetom sigume or doin H₂O is trapped here, missed 10 91m sill 15wol, CO₂ is trapped here UC ob nas uov ini em or wood lab excess O₂ is added 0000 xuntas ng 199 of nun tent Hoy non so nun ba fuberg 10000.00 000 00 000000000000000000 00000000000000000 butiomaa grilom ai ost of domaile TOXDU 00E of solo al Y bruoqmnes to taloq gais sample is heated until it decomposes er lirw 21sismoodi solo odi 400) 19T of 17 A sample of the chemical is burned in oxygen in a tube packed with copper oxide to ensure complete combustion. The carbon in the compound is converted to CO2, which is absorbed in a tube packed with ascarite. The hydrogen is converted to water vapor and is absorbed in a tube packed with drierite. The increase in weight of the absorber tubes corresponds to the CO₂ and H₂O produced during combustion. Compounds X and Y do NOT contain any nitrogen, sulfur, or halogen atoms; both compounds do contain oxygen. bioA oiosasdonimA-A A 1.0542 g sample of X was burned in a combustion apparatus. The results were: 75.2382 g 76.8377 g 81.4128 g Weight of ascarite tube before combustion Weight of ascarite tube after combustion Weight of drierite tube before combustion Weight of drierite tube after combustion Given this data, calculate the empirical formula of compound X: 81.7418 g X bnvoqmo Y buoqmo УТ ТЯЛЯ
Chemistry
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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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The term exergonic is derived from the Greek word in which ‘ergon’ means work and exergonic means ‘work outside’. Exergonic reactions releases work energy. Exergonic reactions are different from exothermic reactions, the one that releases only heat energy during the course of the reaction. So, exothermic reaction is one type of exergonic reaction. Exergonic reaction releases work energy in different forms like heat, light or sound. For example, a glow stick releases light making that an exergonic reaction and not an exothermic reaction since no heat is released. Even endothermic reactions at very high temperature are exergonic.
Question
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combustion
The empirical formula of an organic compound can be determined via combustion analysis.
A typical combustion apparatus is shown below: omi aletayo to moms llemz s508 Infoq
Analysis
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A sample of the chemical is burned in oxygen in a tube packed with copper oxide to ensure
complete combustion. The carbon in the compound is converted to CO2, which is absorbed
in a tube packed with ascarite. The hydrogen is converted to water vapor and is absorbed in
a tube packed with drierite. The increase in weight of the absorber tubes corresponds to the
CO2 and H₂O produced during combustion. Compounds X and Y do NOT contain any
nitrogen, sulfur, or halogen atoms; both compounds do contain oxygen.
bioA oiosasdonimA-A
A 1.0542 g sample of X was burned in a combustion apparatus. The results were:
75.2382 g
76.8377 g
81.4128 g
Weight of ascarite tube before combustion
Weight of ascarite tube after combustion
Weight of drierite tube before combustion
Weight of drierite tube after combustion
Given this data, calculate the empirical formula of compound X:
81.7418 g
nitssensd
X branqanos
Y buvoqro
УТ ТЯЛЯ
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noiosa eidi ni jest le solenoiuloa ozarit salow IG Jar OP
1916w ni Y bris X to ylilidulos srit promo
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