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Motion diagram ICW 04 Motion Diagrams Part 2 1 of 1 Lets get this startedl Consi

ID: 1637569 • Letter: M

Question

Motion diagram ICW 04 Motion Diagrams Part 2 1 of 1 Lets get this startedl Consider the following situation. A photographer is out doing a project where he is going to take time lapsed photos of a mountain scene. He sets up his equipment with a panoramic of the mountains spanning a 15 mile wide view. His camera is setup to take an exposure every 15 minutes. At the moment his camera takes its first picture a man on a bicycle rides into the far left field of view. The bike rider riding his bike at 12 mph (miles per hour) along a road that runs straight across the cameras field of view in front of the mountain range. The camera continues to take exposures every 15 minutes. saying that the pictures that are taken every 15 minutes are essentially super imposed onto a single image) Please work through the following questions. Please read them carefully and make sure you answer them completely. n where we left off on Part 1 1. The next day our photographer is back out to take mountain pictures. He sets up the same camera in the same view of the mountains as the original. Unfortunately as his first picture is being taken another biker rides into view! This biker is riding at 24 mph! If the camera is taking pictures as it was before, every 15 minutes, what would the motion diagram look like for this situation? Draw it and label it properly. Use the example above as a reference. Remember you can only see 13 miles of road in the camera view! 2. Add this data to your previous plot. Is there an obvious pattern or trend? If so add a trend line. How does it compare to the first data set? What information can you obtain from this new plot? 3. Another day, another try! Our persistent camera man tries yet again! Oddly enough another biker manages to show up just as the first picture is taken! This biker is a bit slow and is riding at only 6 mph. The camera is once again taking pictures every 15 minutes! Add this data to your plot and add an appropriate trend line. 4. What is physically similar about the motion of each biker? What is physically different? Construc a model (i.e. a mathematical description) for this type of motion using our data?

Explanation / Answer

YOUR ANSWER IS ABSOLUTELY CORRECT. CAN YOU PLEASE ELABORATE THE PROBLEM YOU ARE FACING IN THE GIVEN QUESTION.

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