Question
DIRECTION: A. Radioactivity & Half-Life 1- Use the link to access the simulation https://www.geogebra.org/m/QeXRdXpA 2- Screenshot results and upload in Moodle as pdf document before
DIRECTION:
A. Radioactivity & Half-Life
1- Use the link to access the simulation
https://www.geogebra.org/m/QeXRdXpA
2- Screenshot results and upload in Moodle as pdf document before the closing time
3- Re-draw on a clean paper the table as shown
4- Use 20 seconds interval for each trial
5-. Enter all the required data.
Table 1
Trial/Number of Particles | Time (in s) |
1. | |
2. | |
3. | |
4. | |
5. | |
Total |
B. Bohr's Atomic Model
1- Do the the simulation experiment using the link
https://simphy.com/weblets/bohr-model-simulation/
2- Screenshot results and upload in Moodle as pdf document before the closing time.
3- Increase/Decrease radius size and re-draw the table using the model table as shown below. Enter all the required data. Upload in Moodle as separate pdf document.
Table 2
Orbit Number | Radius size | Wavelength (in nm) | Absorbed (please check) | Emitted (please check) | Region in the Visible Spectrum |
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