Gas Laws
Electron Configurations
Light and Energy
Periodic Trends
Quantum Numbers
100

In a closed system, if pressure increases, how will temperature be affected? 

Temperature will increase

100

What is the electron configuration for Chlorine? 

1s2 2s2 2p6 3s2 3p5

100

Order the following forms of electromagnetic energy from longest wavelength to shortest wavelength: X-rays, infrared, visible light, UV rays.

Infrared, visible light, UV rays, X-rays

100

Electron affinity _____ as you move down a group on the periodic table and ______ as you move from left to right along the periodic table


Decreases, Increases
100

What range of values are permitted for the ml quantum number? 

-l to +l

200

Calculate the volume of 1.63 mol carbon dioxide gas at 295 K and 1.14 atm.

34.6L

200

True or false: in an energy diagram, two arrows in the same orbital can be pointing the same direction

False

200

Calculate the wavelength of light that corresponds to a frequency of 7.30 × 1014 per second. Report your answer in units of nanometers (1 m=1×109 nm)

411nm

200

What is the general trend for atomic radius of elements on the periodic table?

Increases moving down a group, decreases moving from right to left 

200

Which numbers are permitted for the ms quantum number?

-1/2 or +1/2

300

Under what conditions are gases not ideal?

High pressures and low temperatures

300

Which -2 ion has the electron configuration 

1s2s2p3s3p6


S2-
300

Calculate the frequency of light that has a wavelength of 511nm

5.87 x 1014 s-1

300

What are the exceptions to the general trend in ionization energy?

Paired electrons and filled electron subshells

300

How is Zeff calculated? 

Zeff = Z-S

400

A 10.5 L sample of gas at 292 K contains O2 at 0.622 atm and N2 at 0.517 atm. Calculate the total number of moles of gas in the sample

.499 mol

400

Order the subshell types from least to greatest energy

s, p, d, f

400

Identify the colors of visible light that have (a) the longest wavelength, (b) the highest frequency, and (c) the highest energy.

  1. Longest wavelength = red
  2. Highest frequency = violet
  3. Highest energy = violet
400

How does ionic radius for a cation differ from the atomic radius of the same neutral element? 

Cations have smaller radii than their corresponding neutral atoms. 

400

Which noble gas would have the quantum numbers n=4. l=1?

Krypton

500

What volume of oxygen, collected over water, will be obtained at 25 C and 762 torr barometric pressure from the thermal decomposition of .06 mol KClO3 to form KCl and O2?

2.27L

500

What is the abbreviated electron configuration for lead (Pb)? 

[Xe] 6s2 4f14 5d10 6p5

500

For violet light with a frequency of 7.50 × 1014 s−1, calculate the energy of a single photon in joules.

4.97×10−19 J

500

Order the following elements from least to greatest ionization energies: F, N, O, C

C, O, N, F

500

How many electrons in one atom can have the quantum numbers n=6 l=2

10 electrons

M
e
n
u