Help with discussion post.Video link: https://youtu.be/ian6NyXpszwThank you.

I. In an earlier scene (not shown), Mr. Griswald explains that if one bulb doesn't work, then none of the bulbs in the same strand will light up, which means that the bulbs in each strand are connected in series. (This is not true of modern strings of 3. When the lights finally go on, the power consumption is enormous (the city has to lights.) At the beginning of the video clip, he describes the magnitude of the light make use of auxiliary nuclear power!). This makes for a funny scene, but of course it display he has installed. is not realistic. A.) Describe one or more reasons why we should expect the power consumption from A.) Describe at least two reasons why it would be a bad idea to string all 250 strands in series to form a single light circuit. the Griswald's Christmas lights not to be so large. Use clues provided in the B.) Describe evidence from the video that he did not, in fact, make a single light video, such as the real reason why the lights actually turn on or off, as well as general information about household circuits (Links to an external site.) and circuit. Based on what you can see, how many parallel light circuits do you suppose there are? your answer to the previous question. Estimate the maximum power that the entire display could draw. B.) Compare your estimate of the maximum power that the display would draw to the 2. For simplicity, let's assume that he slightly miscounted the number of strands and that he had 16 parallel circuits, each containing 16 strands of 100 bulbs in series. If power requirements of other common appliances (Links to an external site.), such each bulb has electrical resistance R. then what would be the total resistance of the as a clothes dryer (which uses a 240 V circuit). entire light display