Single bondsMultiple bondsH-H 432N-H 391H149C=C 614H-F 565N-N 160-CI 208C C 839H-CI 427N-F 272-Br 1750=0 495H-Br 363N-CI 200S-H 347C=0* 745H-1 295N-Br 243S-F 327C=0 1072C-H 413N-0 201S-CI 253N=0 607C-C 3470-H 467S-Br 218N=N 418C-N 3050-0 146S-S 266N-N 941C-0 3580-F 190Si-Si 340C=N 891C-F 4850-CI 203Si-H 393C=N 615C-CI 3390-1 234Si-C 360C-Br 276F-F 154Si-0 452C-1240F-CI 253C-S 259F-Br 237CI-CI 239CI-Br 218Br-Br 193 53. The combustion of glucose, CH1,O, forms carbondioxide gas and water vapour. When a 1.00 g sampleof glucose was burned, it raised the temperature100.0 mL of water by 37.0 °C. (5.2, 5.3, 5.5) AA(a) Write a balanced chemical equation for this reaction.(b) Use AH to calculate the enthalpy change of thisofreaction.(c) Use bond energies in Table 1 on page 307 tocalculate the enthalpy change of this reaction.The structural formula of glucose is shown inFigure 1.

Answered: Image /qna-images/answer/f443ac7c-f031-46de-b881-04e1fc125b30.jpg

Answered: 53. The combustion of glucose, CH1,O,…

Chemistry

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Chapter1: Chemical Foundations

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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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5.64) How do I calculate delta H?
2. Solving an enthalpy of neutralization problem. (see Chemistry 2e, Example 5.5): a. Calculate q when 47.35 g of water is heated from 22.6 C to 31.1 C. cal 9 = m CAT q= (47.35) (8.5) (4.186)
A new substance evolves (-1.64) kJ of heat when 17.15 g it cools from 106.2oC to 23.8oC. What is the specific heat (in J/(g K)) of this substance?
How many kilojoules of energy are generated when in 82.8 grams of CO(9) reacts according to the following reaction? CO(g) + O2 (9) –→ CO2(g) Hint: balance the reaction first on Answer in decimal form with 1 decimal place Compound H; (KJ/mol) Compound H;(KJ/mol) CH.(9) * CO2(9) SO2(9) NH,C(s) HC(g) H,O(g) H2O(1) -75.7 -93.2 -394.4 -242.7 -297 -286.7 H2S(g) 89.5 H2 SO,(1) 33 M9SO4(s) -316.3 -21 NO(9) NO2(9) SnCl4 (1) Sn0(s) SnO2(s) NaF(s) NaOH(s) NH3 (g) CO(9) -812.2 -1279 1 Mn0(s) -287.1 MnO2(s) -581.6 NaCl(s) SO3 (g) Zn0(s) ZnS(s) O2(9) -546.1 -385.8 -520.6 -411.9 -569.9 -396.1 -427.6 -348.9 -47.1 -203.8 -111.4
(Q44) Given that the condensation of 0.495 grams of water on an aluminum block results in the temperature of the block increasing by 31.3 °C, what is the mass (in grams) of the aluminum block? The heat of condensation (AHcondensation) is -44.0 kJ/mol and the specific heat of aluminum is 0.897 J/g*°C). (3 sf)
2.5 p stion 4 What would the effect on the specific heat of your metal if one drop (0.05mL) of water at 100 degrees Celsius remained on your metal? O the effect would be negligible O the effect would cause the specific heat to be much higher O none of these choices are correct
Jania.20 Chapter 3 3.100 When 1.0 9 of gasoline burns, it releases gasoline 0.749/ML SI (3.4.3.6) A) HOw many megajoules arc released srs 1.0 gai ot gasoline burns? When
Do all and label question with problem
(1.) The enthalpies of the following reactions are given: 2NaCl(s) + H₂SO4 (1)→ Na2SO4 (s) + 2HCl (g) Na(s) + 1/2 C12 (g) → NaCl (s) H2(g) + S(s) + 202 (g) → H2SO4 (1) 2Na(s) + S(s) +202 (g) → Na2SO4 (s) 1/2 H2(g) + 1/2 Cl2 (g) → HCl(g) a) From these data, calculate AH° for the reaction: (K/U) AH° = -410.5 kJ AH = -810.2 kJ AH-1381.5 kJ ΔΗ° = -184.4 kJ
(3)
(6.37. Diatomic Elements The stable forms of hydrogen and oxygen at room temperature and pressure are gas phase, diatomic molecules H₂ and O₂. What is the sign of AH for the following processes? book Wiatomic es.a a. A solid with metallic properties is formed when hydrogen gas is compressed under extremely high pressures: £ show do 6.20 wirk?. ed in no H₂(g) → H₂(s) b. High-energy light shines on oxygen gas in the reaches of the atmosphere, converting oxygen gas to upper oxygen atoms: FAST 10 E,S O₂(g) → 2 0(g)
6.81 Compounds with carbon-carbon double bonds, such as ethylene, C,H4, add hydrogen in a reaction called hydrogenation. С, Н.(g) + H,(g) — С,Н,(g) → C¿H(g) Calculate the enthalpy change for this reaction, using the following combustion data: C,H(g) + 30,(g) → 2CO,(g) + 2H,O(/);| AH = -1411 kJ | C,H.(g) + ¿0,(g) 2CO,(g) + 3H,O(1); AH = –1560 kJ H,(g) + 0,(g) –→ H,O(1); AH = -286 kJ

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