ACS FINAL

HCO₃

H₂O and OH

It is less basic than a 1 M solution of NaY.

1.5

11.3

HClO4

NaC₂H₃O₂

CI

R

Hydrocyanic acid is a weaker acid than acetic acid.

a 0.0500 M sodium benzoate solution.

NH₃ and HG₄NO₃

the same number of electrons

14

dumbbell shaped

5_8²5p¹

1s²2s²2p⁶2d²

12.8

n=2 to n=1

energy is absorbed

lower energy

n=5, l=2, m₁=2, m_s=+1/2

ionic bonds

1 (pie) and 5 (sigma)

1

electrostatic forces of attraction

at which oxidation occurs

62

0.36777 V

2NO(g)+ O₂(g)←→2NO₂(g)

Mg and Ag

addition of base should result in an E value, which is less than 1.23V

procced more rapidly to form C and D.

is larger than the keq for H₂(g) +1/2 O₂(g)←→H₂O(g)

the CO2 concentration will be decreased

the temperature

0.29

1.0×10⁵

3.5

1 × 10⁵

1 M NH₄CI

8.1

9.0 × 10⁴M

1.6 × 10 ⁹

precipitation of more BaSo4

NaOAc and HOAc

C2H5OH

1.2 × 10¹⁰

dinitrogen trioxide

FeCI3-iron(III) chloride

12

Ba3(PO4)2

gaseous molecules are continuously in random motion and collisions are perfectly elastic.

increasing the molecular concentration at constant temperature means increasing the number of collisions between molecules and container.

2/3 L

None: the average kinetic energy is the same for each gas

450 L

H2O

16.4 L

low pressure and high temperature.

44.0

25.8

1 L(298/273)(760/(750-23.5)

12.0 mL/min

decreases with increasing energy of activation.

be increased by a factor of 2.

provides an alternate path with a different activation energy.

AIBr3

HF

1.30g

gas bubbles attached to the metal buoy the metal to the top.

the temperature only

65.4

the effective radio of M+ and X+ are small

the higher the boiling point

NaF>HF>H2

bent

SO2 and O3

Polar and nonpolar

the nitrogen atom in NCI3 has a lone pair of electrons wheres the boron atom in BCLe does not.

trigonal pyramidal

square pyramidal

CO3

tetrahedral

8 days

X-Y

the change of a neutron into a proton

C5H12

has a different structural formula

n-heptane C7H16

esterification

[Mn(CN)6]1

NH4VO3

Cu2+ is reduced

Ag+