Engineering 2

Welcome to Class!

Today is Day 3 of our VOLT VAULTS PROJECT

• Is your group done with research and hand/tinker CAD drawings?
• Where are you at with the following:
  • Brainstorming and 3 sketches of your ideas
  • Complete a decision matrix showing how you selected the best design

If you have completed your decision matrix to choose the design to build you can make a list of the supplies you need, go "shopping" for materials, and start construction.

Today is Day 2 of our VOLT VAULTS PROJECT

• • How did Monday go? Math Sheet Review
  • Groups: 1) Camden/Ethan/Grace, 2)Braden/Avery, and 3)Alex/Carson 
  • Did you finish the background information and answer the questions highlighted in BLUE?
  • Did you start procedure and work through steps 1 and 2
• Then start on the following:
  • Research and have slides created for Title and Research slides.
  • Figure out RESISTOR values
  • Hand drawn schematic hand drawing of your circuit with all parts labeled.
  • Tinker cad circuit that will function properly without overloading
• Start Brainstorm of your vault or safe itself - make sure to check the requirements
  • 3 sketches of your ideas

Complete a decision matrix showing to select the best design

Welcome Back!! 

Please excuse Mrs. Moore- Today I am helping my daughter and her new baby. 

Today we start our VOLT VAULTS PROJECT

• Please get into groups: 1) Camden/Ethan/Grace, 2)Braden/Avery, and 3)Alex/Carson 
• Get out your Chromebooks, have one person in your group open the project above, make a copy, and then share with your group members.
• Work together to go through the background information and answer the questions highlighted in BLUE
• If you have time you can start the Procedure and work through steps 1 and 2
• The last 5-10 mins update your portfolios and add the link to your project as an artifact for today.

 Welcome to Class! 

Please excuse Mrs. Moore -My daughter had her baby on Saturday night and I am helping her out.

What is EQUIVALENT RESISTANCE?

  How do you calculate ER for series, parallel, and combination circuits?

Who is Kirchhoff and what is Kirchhoff's Law?

Click HERE to go to the slide show to fill out the guided notes

Click HERE to watch a video on how to solve equivalent resistance in SERIES & PARALLEL circuits