Match the units to the setup below for calculation of Delta G. Be sure to match any unused answers to "Unused answer".

delta H 1. _ - (298 2. _ x delta S 3. _ x (4._ / 5._ )) = delta G

_3_ J/mol/K

_1_ kJ/mol

_4_ 1 kJ

_6_ 1000 kJ

_5_ 1000 J

_6_ 1 J

_2_ K

1. 1._

2. 2._

3. 3._

4. 4._

5. 5._

6. Unused answer

Match the units to the setup below for calculation of K. Be sure to match any unused answers to "Unused answer".

e^{((delta G 1. _ x (2. _ / 3. _)) / R 4. _ x T 5. _)}

_4_ J/mol/K

_5_ K

_6_ 1000 kJ

_2_ 1000 J

_1_ kJ/mol

_6_ 1 J

_3_ 1 kJ

1. 1._

2. 2._

3. 3._

4. 4._

5. 5._

6. Unused answer

Match the units to the setup below for calculation of mass of deposited metal given time in h, current in A or C/s, the equation below and a molecular weight . Be sure to match any unused answers to "Unused answer".

X(s) → X(n+) + n mol e

time 1. _ x (2. _ / 1 h) x (current 3. _ / 4. _) x (1 mole e / 5. _) x (6. _ / 7. _) x (MW 8. _ / 1 mol X (s)) = mass X (s)

_4_ s

_1_ h

_2_ 3600 s

_5_ 96485 C

_7_ n mol e

_8_ g X(s)

_3_ C

_6_ 1 mol X(s)

1. 1._

2. 2._

3. 3._

4. 4._

5. 5._

6. 6._

7. 7._

8. 8._

What did you think of this quiz? There are no wrong answers. Please be honest.

• It was too hard.
• It was too tedious.
• These questions should be incorporated in the Practice Test 3.
• It served its purpose of testing setting out and units.

It served its purpose of testing setting out and units.