5.3 Homework Page 312- Questions 1-4Pg 312(#1-4)Use the data from Table 1 to calculate theenergy to separate 1 mol of chloromethane,CH3CI (g) , into free atoms.Ex AEdit Math 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

Enthalpy of atomization :- The enthalpy change involved in conversion of 1 mol of a substance into…

Answered: Use the data from Table 1 to calculate…

Chemistry

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ISBN:9781305957404

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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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Consider the reaction below. Mg2+ (g) + 2 Br (g) →→ MgBr₂ (s) - When this type of reaction occurs, energy is emitted The energy involved in producing MgBr₂ (s) in this way is known as the lattice energy of MgBr₂.
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Use the data from Table 1 to calculate the energy to separate 1 mol of chloromethane, CH3CI (g) , into free atoms.