TABLE 8.3 Average Bond Enthalpies (kJ/mol) Single Bonds C-H 413 N-H 391 О—н 463 F-F 155 348 N-N 163 0-0 146 293 201 0-F 190 CI-F 253 C-0 358 N-F 272 0-CI 203 Cl-CI 242 C-F 485 N-CI 200 0-I 234 C-CI 328 N-Br 243 Br-F 237 C-Br 276 S-H 339 Br-CI 218 C-I 240 Н-Н 436 S-F 327 Br-Br 193 C-S 259 Н—F 567 S-CI 253 Н—СІ 431 S-Br 218 I-CI 208 Si-H 323 Н—Br 366 S-S 266 I-Br 175 Si-Si 226 Н-I 299 I-I 151 Si-C 301 Si-O 368 Si-CI 464 Multiple Bonds 614 N=N 418 0=0 495 839 N=N 941 615 607 523 C=N 891 S=S 418 799 1072

Calculate the approximate enthalpy of the following reaction using the data below. 12 "C" atoms joined together in a cyclic (circular) structure with as many Hs connected so that each C atom has 4 bonds in total added to as many 02 atoms (which is O double bonded to another O) as would be required to react gives CO₂ which is a C double bonded to two O atoms and water which is O single bonded to 2 "H" atoms. This reaction needs to be balanced. Data for bond energies in kJ/mol : C single bond C is 347. C single bond H is 414. C double bond O is 736. O double bond O is 498. O single bond H is 464. The Correct answer is -5,736 Can someone explain how can I get to this answer with the steps.

Q. Use the average bond energy approach to calculate the enthalpy for the complete combustion of CH3OH(g).

How much energy is required to break the bonds in the molecule of NO, BCl3, and NO2?  and How do I find the ΔH of the molecule from the elements in their standard states?

The heat gained by the solution in  reaction two is 5.3 kJ. how many moles of NaOH were consumed ? what was the enthalpy of reaction ? (In kJ/mole)

Fluorine (F2), the most electronegative element reacts with water in a different way compared to other halogens do. With excess water, fluorine reacts with water to produce hydrofluoric acid and oxygen gas in the following reaction: 2F2(g) + 2H2O() →4HF (1) + O2(g) Calculate AHrxn for the process above from the following information: AH= +571.6 kJ (a) AH= +542.0 kJ (b) 2H₂O(1)→ 2H2(g) + O2(g) 2HF (g) → H2(g) + F2(g) Which equation(s) will you flip? O a. Only equation (b) O b. Only equation (a) O c. Both equations will be flipped. O d. No equations will be flipped.

Given that the average bond energies for C-H and C-Br bonds are 413 and 276 kJ/mol, respectively. Calculate the heat of atomization of bromoform (CHBr3) (kJ/mol) and show the calculation step.