Learning Outcomes Modern Physics – Where is your learning at? Green: I know it all Orange: I have some idea check the answers – Red: I need to start studying this section Can You Green Orange Red The Electron 1. Give the history of the electron 2. Define the electron 3. State the mass and the charge of an electron 4. State the location of an electron Define the units of energy the eV, the KeV, the MeV 5. and the GeV Thermionic Emission 6. State the principle of thermionic emission 7. Describe the cathode ray tube and how it functions Describe the deflection of a beam of electrons in an 8. electric field Discuss the applications of the cathode ray tube and 9. its use in a CRO, television, ECG and EEG Photoelectric Emission 10. State the photoelectric effect 11. Demonstrate the photoelectric effect Perform calculations using the formula using the 12. equation E = hf 13. Describe a photocell its structure and operation – 14. Demonstrate the action of a photocell
Learning Outcomes – Modern Physics Where is your learning at? Green: I know it all Orange: I have some idea – check the answers Red: I need to start studying this section Can You Green Orange Red The Electron 1. Give the history of the electron 2. Define the electron 3. State the mass and the charge of an electron 4. State the location of an electron 5. Define the units of energy the eV, the KeV, the MeV and the GeV Thermionic Emission 6. State the principle of thermionic emission 7. Describe the cathode ray tube and how it functions 8. Describe the deflection of a beam of electrons in an electric field 9. Discuss the applications of the cathode ray tube and its use in a CRO, television, ECG and EEG Photoelectric Emission 10. State the photoelectric effect 11. Demonstrate the photoelectric effect 12. Perform calculations using the formula using the equation E = hf 13. Describe a photocell – its structure and operation 14. Demonstrate the action of a photocell