The diagram below represents an indoor workspace populated w…

The diagram below represents an indoor workspace populated with obstacles. A mobile robot must navigate from its starting location (S) to the final destination (F). The Voronoi Diagram and its dual, the Delaunay triangulation, can be used to plan a collision-free path from S to F with obstacle avoidance. Please complete the following: Draw the Voronoi Diagram for this workspace. Clearly indicate the path from S to F on the diagram to demonstrate how this method functions effectively. (Extra work with bonus Bonus) Please answer the following question: If a moving obstacle is present in this workspace that it is always moving, how can the Voronoi Diagram-based navigation model be adapted to handle both path planning, static and moving obstacle avoidance?

Have you read the testing instructions and policies given ab…

Have you read the testing instructions and policies given above in Honorlock under Quiz Instructions? [answer] The exam requires that you have an external webcam placed on its stand about 4 feet away from your work area and 10 inches above your work surface so that your entire workspace to include your hands, papers, entire desk, computer, computer screen, and face is visible in Honorlock during the entire exam. Is your external webcam setup correctly? [answer1] According to the testing instructions and policies, if my webcam view in Honorlock is comparable to one of the eight pictures above showing an unsatisfactory workspace view, I will receive a [answer3].  Does your workspace view in Honorlock mimic one of three pictures shown above that demonstrate what a satisfactory workspace should look like? [answer2] Please keep in mind that this is your is your last chance to correct your external webcam view in Honorlock, so please make any necessary adjustments now so you don’t receive a zero on the exam or for the course. Finally, your formula sheets are located in the next question.  Good luck on the exam!

For the next eleven questions (1 -11), you will be conductin…

For the next eleven questions (1 -11), you will be conducting a hypothesis test and reporting your findings.   Horvath et al. (2017) revealed that binge-watchers reported enjoying a TV show significantly less than people who watched the same show on a daily or weekly schedule. To examine this phenomenon, you randomly assigned participants to watch an entire TV series in the lab during either daily one-hour sessions or a single binge session. Participants were then asked to rate their enjoyment of the series on a scale of 0 – 100. Their ratings are in the table below. Use a two-tailed test with α = .05 to examine the impact of binge-watching on the enjoyment of the show.

Several mistakes were made when reporting the findings. What…

Several mistakes were made when reporting the findings. What are they? Binge-watching appears to significantly diminish the enjoyment of watching a TV show, t(9) = 2.93, p < .05, d = 1.04. On average, those who watched the show in a single binge session (M = 92, SD = 6.67) enjoyed the show less than those who watched it on a daily basis (M = 79, SD = 7.31).