Physics Paper – Application of Classical MechanicsPhenomena
Instruction:
You will apply your knowledge of physics to explain how physics is applied. The writing assignment will consist of a 2-4 page typed report where you will apply your knowledge to explain the application of a classical mechanical physics concept(s) for a device, object, process, or phenomena of your choosing. For this essay, you will need to first explain/describe the application of physics you chose (object, process, phenomena, etc), identify which physics concepts are related, and explain how it works using the physics concepts. For example, you can explain how does a scale work, the physics behind airbags or seat belts in cars, the physics in sports or racing, why do acrobats spin faster with in the tucked position, why are galaxies flat or disk shaped, how does a door stopper work, how do centrifuges work, or how do rockets move in space. A point breakdown for this essay can be found in the grading rubric.
Writing prompt: Explain the application of a classical mechanical physics concept(s) for a device, object, process or phenomena of your choosing using the concepts you have learned in class.
Format:Length: 2-4pages, Must be typed: font size 12, 1.5 line spacing, margins 1 inch.
Citation: use at least 1 citation in AIP style: See website: https://libguides.usask.ca/c.php?g=663308&p=4691567
Rubric:
The topic is clearly defined and
described. The topic is interesting
and complex, but focused narrowly
enough for the scope of this
essay. Topic is related to
Physics material.
Ties together information and
demonstrates an understanding of
the relationship between the physics
concept and application
The paper demonstrates that the
author fully understands and has
applied concepts learned in the
course. Concepts are integrated into
the writer’s own insights.
In-depth discussion & elaboration of
physics concept and application
Range:
Motion in One Dimension
Vectors
Motion in Two Dimensions
The Laws of Motion
Circular Motion and Other Applications of Newton’s Laws
Energy of a System
Conservation of Energy
Linear Momentum and Collisions
Rotation of a Rigid Object About a Fixed Axis
Angular Momentum
