Susan Brown

[Susan Brown]

You are all set!

[Susan Brown]

👍😁

[Susan Brown]

Hi John,
Sure, I just reset you. FYI, it’s best to use the Quiz and Exam Reset Request form when needed to get the fastest response. It is in the “Campus Support” menu.
Cheers!

[Susan Brown]

I checked with the team and it seems the second part of that explanation was not meant to be for that question, but somehow ended up there when the quiz was updated. I’ve removed it. Thanks for asking!

[Susan Brown]

Basically, although they show multiple jumper wires

[Susan Brown]

Each surface element has its own infinite switch/jumper wire

[Susan Brown]

Hi Noah – LoZ is only for AC voltage measurements.

When you check for resistance/ohms, you will be disconnecting the circuit to isolate the component you are interested in, so it is not a test done with a live (energized) circuit.

[Susan Brown]

Hi Justin – you can send the answer to my email and I’ll include it in the scoring. susan@mastersamuraitech.com

[Susan Brown]

Hi Juan – I’ll shoot you an email about this right now.

[Susan Brown]

Yes, same thing. Assuming the neutral is properly grounded (and the person), there could be a million volts on the Line side and it wouldn’t change things.

[Susan Brown]

The assignments in the book are a supplement – helpful, but not the main part of the instruction. Being able to read them on the pdf version is fine.

[Susan Brown]

Correct. Which means there is no voltage to cause electrons to move (current flow) in your body.

Does that help?

[Susan Brown]

Remember that to have electron movement (current), you must have a complete circuit and voltage applied to that circuit (meaning: a difference in charge between two points).

If you are standing on the ground, and touch a neutral wire, what is the difference in charge (voltage) between you and the neutral wire?

[Susan Brown]

1 is correct

7: your answer was “About 1,350 heat units”
“Heat units” is not a valid way to express heat. It is “watts” (1350 is the correct numerical answer)

10: You are closer. Yes, this is a 240v circuit. But remember that the voltage drop of R1 will be two times that of R2. Your answers of 80v for R1 and 160v for R2 is the opposite of that.

[Susan Brown]

Hi Carl,

FYI, this is the Unit 5 quiz (I edited the title of this topic).

#5: The two circuits shown in the diagram are L1-N1 and L2-N2. They are both 120v circuits. Since we told you the input (L1-N1) was verified, the next step would be testing output (L2-N2). 120v is what we would expect to read.

#7: See Unit 4, the section titled “Load Analysis (identifying the power supply for your Load of Interest)”

#17: Did you see the explanation that shows up in the results of the quiz?

The heating element should be getting 120 V AC at each terminal. The fact that one side is not giving voltage means that something is open on that side. In this case, one of the controls are stuck open.

[Author]

Posts