Table 9.2Average Bond Energies (kJ/mol) and Bond Lengths (pm)Bond Energy LengthBond Energy LengthBond Energy LengthEnergy LengthBondSingle BondsH-H43274N-H391101Si-H323148S-H347134H-F56592N-N160146Si-Si226234S-S266204H-CI427127N-P209177Si-O368161S-F327158H-Br363141N-O201144Si-S226210S-CI271201H-I295161N-F272139Si-F565156S-Br218225N-CI200191Si-CI381204S-I~170234C-H413109N-Br243214Si-Br310216C-C347154N-I159222Si-I234240F-F159143C-Si301186F-CI193166C-N305147O-H46796P-H320142F-Br2121783581430-P351160P-Si213227F-I263187C-P2641870-0204148P-P200221Cl-CI2431992591810-S265151P-F490156Cl-Br215214C-F4531330-F190142P-CI331204Cl-I208243C-CIC-Br3391770-CI203164P-Br272222Br-Br1932282761940-Br234172P-I184246Br-I175248C-I2162130-I234194I-I151266Multiple BondsC=C614134N=N418122C=C839121N=N945110C=N615127N=O607120C=N891115N=O1020106C=0745123O,498121C=01070113(799 in CO,) 14. What is the A H°r of the following reaction, using the average bond energies in table on theequation sheet? All the compounds have single bond so none have double or triple bonds. Giveyour answer to three significant figures.CH4(g) + Cl2(g) → CH;CI(g) + HC1(g)Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HCI(g) istheoretically formed and how many liters of Ch(g) is leftover? Assume STP for all gases.

Answered: Image /qna-images/answer/a1ec31a2-d3de-472f-b608-fe03ca321093.jpg

14. What is the A H® rg of the following reaction, using the average bond energies in table on the equation sheet? All the compounds have single bond so none have double or triple bonds. Give your answer to three significant figures. CH:(g) + Cl2(g) → CH:Cl(g) + HC1(g) Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HC1(g) is theoretically formed and how many liters of Cl2(g) is leftover? Assume STP for all gases.

14. What is the A H® rg of the following reaction, using the average bond energies in table on the equation sheet? All the compounds have single bond so none have double or triple bonds. Give your answer to three significant figures. CH:(g) + Cl2(g) → CH:Cl(g) + HC1(g) Imagine I react all 0.70 L of CH:(g) with 2.00 L of Cl2(g), how many liters of HC1(g) is theoretically formed and how many liters of Cl2(g) is leftover? Assume STP for all gases.

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter4: Energy And Chemical Reactions

Section: Chapter Questions

Problem 57QRT

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