1. Chemistry Jeopardy Chemistry Jeopardy Chapter 4 Catch the Wave Step into the Light Orbit an Orbital Electron Fun Figure or Configure Me Bohr Me Famous Dead Guys 200 400 600 800 1000

2. Catch the Wave 200 200 The frequency of a wave is inversely proportional to? –wavelength

3. Catch the Wave 400 400 What is the symbol for wavelength? –lambda

4. Catch the Wave 600 600 Microwaves have shorter wavelengths than? –Radio waves

5. Catch the Wave 800 800 Heat lamps produce what type of radiation? –infrared

6. Catch the Wave 1000 1000 List the parts of the electromagnetic spectrum from longest wavelength to shortest wavelength (high frequency). –Radio-micro-IR –ROYGBIV-UV-Xray-Gamma

7. Step into the Light 200 200 Light has properties of waves and? –particles

8. Step into the Light 400 400 The brightness of light is related wave? –Amplitude

9. Step into the Light 600 600 The portion of the visible spectrum with the longest wavelength is? –red

10. Step into the Light 800 800 The portion of visible spectrum with the highest frequency is ? –violet

11. Step into the Light 1000 1000 How did Bohr use the line spectra of Hydrogen to draw the Bohr Model of the Atom? –Hydrogen’s line spectra has 4 lines, but H only has 1 electron so he theorized that electron could jump to 4 different quantized energy levels

12. Orbit an Orbital 200 200 What is the shape of the s sublevel? –Circular

13. Orbit an Orbital 400 400 What is the shape of the p sublevel? –Dumb bell

14. Orbit an Orbital 600 600 Under what conditions can two electrons be in the same orbital? –If they have opposite spins.

15. Orbit an Orbital 800 800 List the sublevels in the principal quantum number n=3 –s, p, d

16. Orbit an Orbital 1000 1000 How many orbits in the s, p, d & f sublevels? –1:3:5:7

17. Electron Fun 200 When the electrons are in the lowest energy levels possible the atom is said to be in? –Ground state

18. Electron Fun 400 400 When an electron receives the right quanta of energy it can jump to? –Excited state

19. Electron Fun 600 600 When an electron falls back down from the excited state it emits ? –Radiation (light)

20. Electron Fun 800 800 How many electrons in each of the energy levels? –2:8:18:32

21. Electron Fun 1000 1000 How many electrons fill a s sublevel: p sublevel: d sublevel: and f sublevel? –2:6:10:14

22. Figure or Configure Me 200 200 What is the electron configuration of Si? –(Ne) 3s 2 3p 2

23. Figure or Configure Me 400 400 What is the electron configuration of Te? –(Kr) 5s 2 4d 10 5p 4

24. Figure or Configure Me 600 600 Who is 1s 2 2s 2 3s 2 3p 6 ? –Ar

25. Figure or Configure Me 800 800 Who is (Xe) 6s 2 ? –Ba

26. Figure or Configure Me 1000 1000 Lithium will form a (+ or -) ion by (gaining or losing) electrons to (empty or fill) its ( s or p) sublevel –+, losing, empty s

27. Bohr Me 200 200 What did Bohr name each energy level for? –The number of sublevels within it

28. Bohr Me 400 400 Draw a model of the Bohr atom of Hydrogen showing 4 energy levels then the electron jumping to n=4?

29. Bohr Me 600 600 Draw the orbital configuration for Na?

30. Bohr Me 800 800 Draw the orbital configuration for Cl and Cl-?

31. Bohr Me 1000 1000 Draw the Bohr model of hygdrogen showing its electron jumping from n=1 to n=4. Label the ground state, excited state and when the radiation is emitted

32. Famous Dead Guys 200 200 What is the Aufbau Principal? –Electrons fill in from the lowest energy level

33. Famous Dead Guys 400 400 What is the Heisenberg Uncertainty Principal? –Can’t measure momentum and position simultaneously

34. Famous Dead Guys 600 600 Bohr named each energy level for the number of? –Sublevels within that energy level (n=1 has s sublevel only; n=2 has s & p sublevels….)

35. Famous Dead Guys 800 800 Einstein worked with the photoelectric effect which states _____ can be ejected from the surface of metals with the right quanta of energy. –electrons

36. Famous Dead Guys 1000 1000 Planks constant h relates energy of a photon to its? –frequency

37. Final Jeopardy Show how to calculate the energy of a photon with the wavelength of 6.0 nm Formulas used Final answer