Orbital Facts
Electron Configuration
EM Spectrum
Miscellaneous
Rules and Definitions
100

the four letters that represent sublevels

What is s, p, d, f?

100

electron configuration for Li

What is 1s2 2s1?

100

color of visible light with the lowest energy

What is red?

100

type of em radiation that is used to see internal structures

What is x-rays?

100

In order to fill the 3d sublevel, this sublevel must be filled immediately before it

What is the 4s orbital?

200

number of electrons in the s sublevel

What is 2?

200

electron configuration of F

What is 1s2 2s2 2p5?

200

 color of visible light with the highest frequency

What is violet?

200

type of em radiation that is used to detect heat and also used in remote controls.

What is infrared rays?

200

Sublevel with the most energy among: 1s 2p 3s 4p

What is the 4p orbital?

300

number of electrons in the p sublevel

What is 6?

300

electron configuration of Al

What is [Ne] 3s2 3p1?

300

name for top of wave and bottom of wave

What is crest and trough?

300

the distance from crest to crest or trough to trough

What is wavelength?

300

True or False: sublevels and orbitals are filled from highest energy level to the lowest energy level

What is false?

400

number of electrons in the d sublevel

What is 10?

400

electron configuration of Ti

What is [Ar] 4s2 3d2?

400

 type of radiation with the longest wavelength on the EM Spectrum

What are radio waves?

400

the wave equation

What is speed of light = wavelength times frequency?

400

the Pauli exclusion principle states...

What is only two electrons can occupy a single orbital and must have opposite spin directions.

500

number of electrons in the f sublevel

What is 14?

500

electron configuration of Ni

What is [Ar] 4s2 3d8?

500

type of radiation with the highest energy on the EM spectrum

What is gamma rays?

500
At what speed does electromagnetic radiation travel?

What is the speed of light or 3.00 x 108 m/s?

500

the aufbau principle states....

What is electrons fill orbitals that have the lowest energy first, before moving on to higher levels.

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