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10.60242g+C) 10129x11.4°C 2. Consider the following thermochemical reaction for kerosene. 2 C12H26 (1) +37 O2(g) 24 CO2(g) + 26 H2O(1) AH = -15,026 kJ a. Write all 4 equivalence statements using the enthalpy of the reaction. (energy to mole amounts) enlarlightest C. 0 Be biupile-biloe bli62) evoduoy ezoqquz b. Show an energy level diagram for this process. to tow to emerger VO1973 vov ob forw 0989 niged noltopas 700 Of art log of ob of bese SO Injog of helow to amore When 43.2 g of CO2 are made, how much heat is released? (hint, write the energy as an equivalent statement with moles like was shown in class) babivorq xod sra onlllod lomon bno gnitiem tomon orth a tonW Sateling

10.60242g+C) 10129x11.4°C 2. Consider the following thermochemical reaction for kerosene. 2 C12H26 (1) +37 O2(g) 24 CO2(g) + 26 H2O(1) AH = -15,026 kJ a. Write all 4 equivalence statements using the enthalpy of the reaction. (energy to mole amounts) enlarlightest C. 0 Be biupile-biloe bli62) evoduoy ezoqquz b. Show an energy level diagram for this process. to tow to emerger VO1973 vov ob forw 0989 niged noltopas 700 Of art log of ob of bese SO Injog of helow to amore When 43.2 g of CO2 are made, how much heat is released? (hint, write the energy as an equivalent statement with moles like was shown in class) babivorq xod sra onlllod lomon bno gnitiem tomon orth a tonW Sateling

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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10.60242g+C) 10129x11.4°C 2. Consider the following thermochemical reaction for kerosene. ped onion 2 C12H26 (1) +37 O2(g) ->>> 24 CO2(g) +26 H2O(1) AH = -15,026 kJ a. Write all 4 equivalence statements using the enthalpy of the reaction. (energy to mole amounts) enkbar gatest 260x biupil: C. biul He bilba evori uoy ezoge b. Show an energy level diagram for this process. to votow to emaiput V01973 uoy ob lody Of adi log of ob of besig SO Inioq of helow to ampio biupie biloe When 43.2 g of CO2 are made, how much heat is released? (hint, write the energy as an equivalent statement with moles like was shown in class) babivorq xon sra polliod lomon bno gnitlem fomon erit a ton 413440 riged moltopasno 100.1 nito d. If 2500. kJ of heat are released by the reaction, how grams of C12H26 must have been consumed/used? A soltelliw balolbosc opporia ezorla siit al forw #baggota vinebbutzi ezzena erit norw e. If this reaction were being used to generate heat, how many grams of C12H26 would have to be reacted to generate enough heat to raise the temperature of 250g of liquid water from 10°C to 85°C (remember that the Cp of water is 4.184J/g°C, and find the energy needed for this change first.) show of a hibqnt rewarto nudy 301 level plusalom srit no prinegapral forw
Transcribed Image Text:10.60242g+C) 10129x11.4°C 2. Consider the following thermochemical reaction for kerosene. ped onion 2 C12H26 (1) +37 O2(g) ->>> 24 CO2(g) +26 H2O(1) AH = -15,026 kJ a. Write all 4 equivalence statements using the enthalpy of the reaction. (energy to mole amounts) enkbar gatest 260x biupil: C. biul He bilba evori uoy ezoge b. Show an energy level diagram for this process. to votow to emaiput V01973 uoy ob lody Of adi log of ob of besig SO Inioq of helow to ampio biupie biloe When 43.2 g of CO2 are made, how much heat is released? (hint, write the energy as an equivalent statement with moles like was shown in class) babivorq xon sra polliod lomon bno gnitlem fomon erit a ton 413440 riged moltopasno 100.1 nito d. If 2500. kJ of heat are released by the reaction, how grams of C12H26 must have been consumed/used? A soltelliw balolbosc opporia ezorla siit al forw #baggota vinebbutzi ezzena erit norw e. If this reaction were being used to generate heat, how many grams of C12H26 would have to be reacted to generate enough heat to raise the temperature of 250g of liquid water from 10°C to 85°C (remember that the Cp of water is 4.184J/g°C, and find the energy needed for this change first.) show of a hibqnt rewarto nudy 301 level plusalom srit no prinegapral forw
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