refer-to-the-information-given-in-the-table-below-provide-the-hhydr-for-each-ste

Question

Refer to the information given in the table below. Provide the heat of hydrogenation (∆H°_hydr) for each step involved in the reduction of allylbenzene.

∆H°_hydr (Step 1) + ∆H°_hydr (Step 2) + ∆H°_hydr (Step 3) + ∆H°_hydr (Step 4) = ∆H°_tot = –78.2 kcal/mol (–328 kJ/mol)

Accepted Answer

Step 1: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Step 2: ∆H°_hydr = 5.4 kcal/mol (23 kJ/mol)

Step 3: ∆H°_hydr = –26.4 kcal/mol (111 kJ/mol)

Step 4: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Answer

Step 1: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Step 2: ∆H°_hydr = –26.4 kcal/mol (111 kJ/mol)

Step 3: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Step 4: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Answer

Step 1: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Step 2: ∆H°_hydr = 7.6 kcal/mol (32 kJ/mol)

Step 3: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Step 4: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Answer

Step 1: ∆H°_hydr = –28.6 kcal/mol (120 kJ/mol)

Step 2: ∆H°_hydr = –26.4 kcal/mol (111 kJ/mol)

Step 3: ∆H°_hydr = –26.4 kcal/mol (111 kJ/mol)

Step 4: ∆H°_hydr = 3.2 kcal/mol (14 kJ/mol)

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

Refer to the information given in the table below. Provide the heat of hydrogenation (∆H°_hydr) for each step involved in the reduction of allylbenzene.
∆H°_hydr (Step 1) + ∆H°_hydr (Step 2) + ∆H°_hydr (Step 3) + ∆H°_hydr (Step 4) = ∆H°_tot = –78.2 kcal/mol (–328 kJ/mol)

My Courses

Chemistry

Biology

Math

Physics

Business

Social Sciences

Programming

Product & Marketing

Refer to the information given in the table below. Provide the heat of hydrogenation (∆H°hydr) for each step involved in the reduction of allylbenzene. ∆H°hydr (Step 1) + ∆H°hydr (Step 2) + ∆H°hydr (Step 3) + ∆H°hydr (Step 4) = ∆H°tot = –78.2 kcal/mol (–328 kJ/mol)

Refer to the information given in the table below. Provide the heat of hydrogenation (∆H°_hydr) for each step involved in the reduction of allylbenzene.
∆H°_hydr (Step 1) + ∆H°_hydr (Step 2) + ∆H°_hydr (Step 3) + ∆H°_hydr (Step 4) = ∆H°_tot = –78.2 kcal/mol (–328 kJ/mol)