Thermo
Redox
Acid-Base/Equilibrium
IMFs
Review

100

Slide 2

c<a<b<d

100

Slide 7

Answer: anything below H+ on the table

100

slide 12


C

100

Slide 17

ion-ion>hydrogen bonding>dipole-dipole>induced-dipole-induced-dipole

100

Slide 22

Red

200

Slide 3

No, ∆G>0

200

Slide 8

NO3- (aq) 

(the nitrogen)

200

slide 13

C

200

Slide 18


c. CF4

200

Slide 23

[Kr] 4d10 5s1

300

Slide 4

Exothermic

300

Slide 9

Electrons are flowing to the right

K+ is flowing to the right to balance out the Cu2- charge

Cl- is flowing to the left to balance out the Zn2+ charge

300

slide 14

D

300

Slide 20

I, II, IV, V

300

Slide 24

3p

Total # nodes = 2

# radial nodes = 1

# angular nodes = 1

400

Slide 5

-808kJ/mol

400

Slide 10

Cathode: Graphite rod

Anode: Zinc

Oxidized: Zinc

Reduced: MnO2

400

slide 15

B

400

Slide 20

100°C

400

Slide 25

Bonds should be longer and weaker in O3 because it has resonance structures with single bonds

500

Slide 6

HUGE

500

Slide 11

1.15V

500

slide 16

A

500

Slide 21

4 H-bond donors; 4 H-bond acceptors

500

Slide 26

Between 0 and 0.5 moles.

We don’t know Keq=[A]2[B]2/[C]

Maximum C that can be made is 0.5 moles and minimum is 0 moles