Power point presentation/ 6 slides Using any slide share or movie making software, you can utilize information gathered throughout the course to create a visual travel log. This multi-media presentation will include images, video, and voice over dialogue consisting of a mix of research and original content that demonstrates your analysis of course concepts. The movie will be accompanied by a paper that supplies the dialogue for the visuals of your film. You may use examples of physics principles in use in everyday life that you previously gave as examples in Modules 01-06, but you cannot reuse the same wording as used in previous modules. For example, if you had mentioned using glasses for Module 03, you can once again bring up that concept here, but you cannot read from your Module 03 submission paper. Requirements Three-minute video in MPEG-4 format. Original voice over (written) dialogue and accompanying paper. Images that help "tell your story." 30 seconds of original video connecting your experience to your topic. Narrative concept Imagine you are a writer for Physics Today (or insert whatever physics pop journal you wish), and you are to create a travel vlog for your an overseas trip. In your presentation, your editor wants you to include all relative physics concepts that you encounter in your journey. For the heart of the presentation, your editor has deemed it essential to address the following core issues and questions: Identify physics principles in various real-world examples. Identify the use of the scientific method in a modern physical problem. Identify the use of classical physics principles in relation to a real life situation. Identify physics principles in various real-world examples, and connect to your own experience. Identify physics principles in various real-world examples and modern technology. Identify a technology that uses quantum mechanics, and connect to your own experience.
6. The Italian restaurant across the street closes at 9 pm but the one two blocks away closes at 10 pm. 7. Bob bought a new blue shirt with a golf club on the back for twenty dollars. 8. For the past two days, the clouds have come out at 3 pm and it has started raining at 3:15 pm. 9. George did not sleep at all last night because he was up finishing his paper. 10. Ice cream melts faster on a warm summer day than on a cold winter day. 11. How can you apply the scienfic method to an everyday problem? Give one example.
I just want you to read the attavhment, and write a genral lab report , answerng the questions at teh end of the word ducoment. dont go into details and numbers, as I said just a general lab report showing your understanding to the materials and topic, just one page long.
Reflection and Refraction Part 1 - Reflection DATA TABLE: Incident angle, ?i 30 45 60 Reflected angle, ?r What can you conclude about the relationship of ?i and ?r? Does this verify the law of reflection? Part 2 - Reflection: Step I - Find the image location, circle that point and label it “I”. Measure and record the object distance do and the image distance di. What can you say about the location of the image? Step J - Is the image real or virtual? Part 3 - Refraction and the Refractive Index of Water: Data Table Experiment Incident angle, ?i Refracted angle, ?r Index of refraction, n 1 2 3 Average value of the index of refraction, navg = _______________________. Find the percent difference between the known value and your average experimental value. Part 4 - Refraction and Refractive Index: Data Table Experiment Incident angle, ?i Refracted angle, ?r Index of refraction, n 1 2 3 Average value of the index of refraction, navg = _______________________. Find the percent difference between the known value of 1.49 and your average experimental value.
Plz follow the procedure to write a lab report of Physics coures. All paragraphs must be double spaced. Introuction: 1.Discuss the accuracy of results obtanied. Identify possible sources of error. 2.Discuss the experimental results in relation to accepted principles; were these theories verified by the experiment? 3.Discuss results obtanined with respect to thestated purpose of the experiment. 4.Do you have any recommendations in the equipment or procedure? I will attach my procedure.
A 3.00 kg block starts from rest at the top of a 30 degree incline and slides 2.00 meters down the incline in 1.50 seconds. a.) find acceleration of the block b.) find the coefficient of kinetic friction between the block and the incline. c.) find the frictional force acting on the block d.) find the speed of the block after it has slid a distance of 2.0 meters
