After completing the Python module, you will do a number of independed projects involving: doing an experiment and writing a Python program do fit the data and/or numerically solve equations. The selected experiments are:
Weights/Location |
L0101_TAs |
L0201_TAs | L0301_TAs |
Title | |
---|---|---|---|---|---|
3 |
MP230 | Slinky Waves | |||
2 |
MP225 | Wave Phenomena | |||
2 |
MP221E | Velocity of Ultrasonic Waves in Water | |||
2 |
MP221 | Interference and Diffraction | |||
2 |
MP221E | Polarization of Light | |||
3 |
Resource Centre (MP229) | Currents through LCRs | |||
3 |
Resource Centre (MP229) | Q of Oscillators | |||
2 |
MP230 | Pulses in Cables | |||
2 |
MP220A | Current Balance | |||
2 |
MP235 | Kater Pendulum | |||
2 |
MP240 | Air Gyroscope | |||
1 |
MP240 | Charge to mass ratio for electron | |||
2 |
MP221D | Millikan Experiment | |||
2 |
Resource Centre (MP229) | Radius of Earth | |||
2 |
MP221D | Photoelectric Effect | |||
2 |
Resource Centre (MP229) | Electron Spin Resonance | |||
2 |
MP221 | Blackbody Radiation | |||
2 |
MP235 | Radioactivity in the Air | |||
2 |
MP234 |
||||
2 |
MP225 | Motion in Fluids |
Notes:
1) The number of weights from the table above may not the same as number of weights listed in the experiment guide sheet. Use ONLY the weights from the table.
2) Experiments above cannot be split. You have to complete the whole experiment in order to get the weights listed for it.