184_projects:s21_project_7

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184_projects:s21_project_7 [2021/03/16 19:00] – [Project 7B: Dr. Walzule's Map Emergency] dmcpadden184_projects:s21_project_7 [2021/03/16 19:05] (current) – [Project 7B: Dr. Walzule's Map Emergency] dmcpadden
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   - The capacitor(s) would need to discharge 10-30 kJ to charge her phone.    - The capacitor(s) would need to discharge 10-30 kJ to charge her phone. 
  
-In her emergency kit, Dr. Jackie has two switches, a variety of 10 $\Omega$, 15 $\Omega$, 20 $\Omega$, and 25 $\Omega$ resistors, and a variety of 10 F, 100 F and 1000 F capacitors. She has told you to add any of the elements wherever you need in the circuit, as long as it meets those conditions. In your final solution, make sure you include: a circuit diagram with your added elements, a demonstration of how your circuit meets the criteria, and an explanation of what you expect in the circuit at different points in time (i.e. when the switch opened/closed, where does current flow, is the capacitor charged/discharged at that point, charging/discharging graphs).+In her emergency kit, Dr. Jackie has two switches, a variety of 10 $\Omega$, 15 $\Omega$, 20 $\Omega$, and 25 $\Omega$ resistors, and a variety of 10 F, 100 F and 1000 F capacitors. She has told you to add any of the elements wherever you need in the circuit, as long as it meets those conditions. In your final solution, make sure you include: a circuit diagram with your added elements, a demonstration of how your circuit meets the criteria, and an explanation of what you expect in the circuit at different points in time (i.e. when is the switch opened/closed, where does current flow, is the capacitor charged/discharged at that point, charging/discharging graphs).
  
 Remember, a good solution includes explanations, diagrams, evaluations, and commentary in addition to your calculations. See the Project Write Up Rubric for more details. Remember, a good solution includes explanations, diagrams, evaluations, and commentary in addition to your calculations. See the Project Write Up Rubric for more details.
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   * Design a circuit using a switch that charges and discharges capacitors   * Design a circuit using a switch that charges and discharges capacitors
   * Use loop rule to determine voltage at different points in the circuit   * Use loop rule to determine voltage at different points in the circuit
-  * Determine how to combine capacitors in series/parallel to reach desired energy 
   * Use resistors in series/parallel to control maximum current   * Use resistors in series/parallel to control maximum current
 +  * Determine how to combine capacitors in series/parallel to reach desired energy
   * Explain what happens in the circuit in terms of current/voltage/charge over time   * Explain what happens in the circuit in terms of current/voltage/charge over time
 </WRAP>  </WRAP> 
  
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  • Last modified: 2021/03/16 19:00
  • by dmcpadden