184_projects:s20_project_7

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Next revision
Previous revision
184_projects:s20_project_7 [2019/12/13 00:17] – created dmcpadden184_projects:s20_project_7 [2020/02/20 14:20] (current) hallstein
Line 19: Line 19:
   * Calculate the equivalent resistance of a circuit.   * Calculate the equivalent resistance of a circuit.
 </WRAP> </WRAP>
 +
  
 ==== Project 7B: Austin, we have a snafu ==== ==== Project 7B: Austin, we have a snafu ====
-The Artemis 13 is almost home but before they complete their final landing sequence the team need to launch a top-secret deep space probe that will be piloted by Johnny 5 into the eye of the storm over Lakeview. However, power supply for the whole ship is running critically low, so you are now only running the ECS to maintain oxygen in the command module. You have to somehow power up the probe to complete your mission. You no longer have communications with Austin. +The Artemis 13 is almost home but before they complete their final landing sequence the team needs to launch a top-secret deep space probe that will be piloted by Johnny 5 into the eye of the storm over Lakeview. However, the power supply for the whole ship is running critically low, so you are now only running the ECS to maintain oxygen in the command module. You have to somehow power up the probe to complete your mission. You no longer have communications with Austin. 
  
 You notice as you begin powering up the probe (which operates on its own reserve power system) that although the navigational controls have been primed, there are several components that are not responding to testing. It appears that the circuit switch control board got fried during the test jump, as a result, you now need to create a new circuit that will allow you to provide different amounts of energy to the propulsion system's module on the probe. You notice as you begin powering up the probe (which operates on its own reserve power system) that although the navigational controls have been primed, there are several components that are not responding to testing. It appears that the circuit switch control board got fried during the test jump, as a result, you now need to create a new circuit that will allow you to provide different amounts of energy to the propulsion system's module on the probe.
Line 45: Line 46:
   * Understand how capacitors and resistors combine in a complex circuit   * Understand how capacitors and resistors combine in a complex circuit
 </WRAP> </WRAP>
 +
 +
  • 184_projects/s20_project_7.1576196260.txt.gz
  • Last modified: 2019/12/13 00:17
  • by dmcpadden