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Please help complete the chart below. Sample Calculation: Show your solution hea

ID: 1884223 • Letter: P

Question

Please help complete the chart below.
Sample Calculation: Show your solution heat transfer calculation for Reaction 1 (trial 1).

Sample Calculation: Show your heat of reaction per mole calculation for Reaction 1 (trial 1).

Remember that T = TFinal - TInital and that T can be positive or negative.

Report Solution Heat Transfer in kilojoule (kJ) here not joule (J). Note: 1000 J = 1.000 kJ

Report Heat of Reaction per Mole in kilojoule per mole (kJ/mol) here not joule per mole (J/mol).

Reaction

Trial

Solution Specific Heat

(kJ / kg °C)

Solution Mass

(kg)

Solution

T (°C)

Solution Heat Transfer

(kJ)

Moles

Reacted

(mol)

Heat of Reaction

per Mole

(kJ / mol)

Reaction 1

1

8.70

.0345

.09

2

8.33

.03565

.096

Reaction 2

1

67.20

.02175

.105

2

68.72

.04495

0.112

Sample Calculation: Show your solution heat transfer calculation for Reaction 1 (trial 1).

Sample Calculation: Show your heat of reaction per mole calculation for Reaction 1 (trial 1).

Reaction

Trial

Solution Specific Heat

(kJ / kg °C)

Solution Mass

(kg)

Solution

T (°C)

Solution Heat Transfer

(kJ)

Moles

Reacted

(mol)

Heat of Reaction

per Mole

(kJ / mol)

Reaction 1

1

8.70

.0345

.09

2

8.33

.03565

.096

Reaction 2

1

67.20

.02175

.105

2

68.72

.04495

0.112

Explanation / Answer

Please complete the row of temperature difference T=T2-T1 which is measured before T1 and after T2 the reaction.

After that, find Solution Heat Transfer in (KJ)

We know formula of Heat Transfer

                            Q=m.s.T                 Where         m=mass of solution in (kg)

                                                                                     S =specific heat of solution in (KJ/kgC )   

T=Temprature difference of solution before and after reaction In (C)

By using above formula, we will get Solution Heat Transfer Q in (KJ)

Now for calculating Heat of Reaction per mole

Heat of Reaction per mole (KJ/mole) = Q/mole Reacted

Solve your problem according to this procedure and complete the table.

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