Team,
Part of our class is on the road now, and will catch up with you soon.
Today we have two tasks:
1. Prepare at least one task to go along with your excellent questions for our test Friday, and email your instructions to me for your test.
2. Our latest network task (below)
Please email your answers to bill@hpa.edu as well as put them on your weblog.
Remember: your test Friday is open weblog, so make sure your weblog is organized, well thought out, and complete.
Wednesday network task:
Using the login you used before for the energy lab server elab2.hpa.edu (elabconsole and the wireless password), monitor the following values:
Energy consumption
Air in the rooms
Energy production
Next, look up these values on the following IP addresses to see if they match:
10.14.43.1
10.14.14.1
10.14.41.1
10.14.42.1
10.14.52.1
Next, look at each by entering the suffix /state.xml after each IP address
Next, boil some water near the sink, and determine which outlet is being tracked by which circuit on the B board. There is a note on each outlet as a head start.
Repeat by boiling water at several other outlets in the main hall of the lab, identifying each of these outlets.
---the air part---
Check out the following units, using html and xml:
10.14.47.1
10.14.31.1
10.14.30.1
10.14.29.1
10.14.28.1
10.14.21.1
10.14.20.1
Next, blow on each these sensors and track the CO2, RH and temp on both the html, xml and on the elab2.hpa.edu server. Record all of your data in your weblog, and email me a copy (cut and paste).
- What do you notice about the time it takes for each sensor to respond?
- How fast does each sensor recover?
- You are measuring current in the electrical circuits, how is power calculated?
- What are the units of CO2, RH and temp? Why?
- Explain how these units could be used to monitor and control a building
Let me know if I can help.
aloha
b
~Science Seminar
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