Chemistry Chapter 5 Review Game Jeopardy Chemistry Chapter 5 Review Game

Select a Category 1 point 2 points 3 points 4 points 5 points Chapter 5 1 point 2 points 3 points 4 points 5 points

Region of high probability of finding an electron 1 point Check

Electron orbital 1 point Back to Category Slide

States impossibility of knowing both location and velocity of an electron. 2 points Check

Heisenberg Uncertainty Principle 2 points Back to Category Slide

Lowest energy level 3 points Check

Ground state (this is in matching format on the test – 1st energy level is not an option) 3 points Back to Category Slide

Tendency of electrons to enter lowest energy level first. 4 points Check

Aufbau principle 4 points Back to Category Slide

Arrangement of electrons around the nucleus 5 points Check

Electron configuration 5 points Back to Category Slide

States each orbital has at most 2 electrons. 1 point Check

Pauli Exclusion Principle 1 point Back to Category Slide

Discrete bundle of electromagnetic energy 2 points Check

photon 2 points Back to Category Slide

Energy required to move an electron up an energy level 3 points Check

quantum 3 points Back to Category Slide

Number of wave cycles passing a given point per unit of time 4 points Check

frequency 4 points Back to Category Slide

Distance between wave crests 5 points Check

wavelength 5 points Back to Category Slide

Separation of light into different wavelengths 1 point Check

spectrum 1 point Back to Category Slide

Frequencies of light emitted by an element 2 points Check

Atomic emission spectrum 2 points Back to Category Slide

In the Bohr model, an electron has a fixed _______ 3 points Check

energy 3 points Back to Category Slide

How does the energy of an electron change when it moves closer to the nucleus? 4 points Check

It decreases 4 points Back to Category Slide

The principle quantum number indicates what for an electron 5 points Check

Its energy level 5 points Back to Category Slide

Shape of a p orbital 1 point Check

Dumbbell shaped 1 point Back to Category Slide

Number of sublevels in the 2nd principle energy level 2 points Check

2 2 points Back to Category Slide

Maximum number of f orbitals in an energy level 3 points Check

7 3 points Back to Category Slide

If the spin of an electron is clockwise in an orbital, what is the spin of the other electron in the same orbital? 4 points Check

Counter-clockwise 4 points Back to Category Slide

If 3 electrons are available to fill a p sublevel, how will they be distributed? 5 points Check

One in each orbital, and they will all have the same spin 5 points Back to Category Slide

Congratulations! You have completed the game of Jeopardy.