PreparED Study Materials
PHYS 17200: Modern Mechanics
School: Purdue University
Number of Notes and Study Guides Available: 28
Notes
Phys 172 week 3 notes - professor hirsh (Physics)
PHYS 17200
Purdue University
4 pages | Summer 2015
Phys 172 week 2 notes - professor hirsh (Physics)
PHYS 17200
Purdue University
2 pages | Summer 2015
Phys 172 week 1 notes - professor hirsh (Physics)
PHYS 17200
Purdue University
2 pages | Summer 2015
Phys 172 week 4 notes - professor hirsh (Physics)
PHYS 17200
Purdue University
1 pages | Summer 2015
Study Guides
Videos
Calculating k, Amplitude & Frequency for Fisherman's Scale
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In this video we tackle the real-world physics problem of calculating the spring constant for a fisherman's scale along with the amplitude and frequency of its vibrations when a fish is added. We use Hooke's Law to find the spring constant and then apply oscillation formulas to determine the amplitude and frequency of the fish's vibrations
Counting Significant Figures in Numerical Values
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Join us in exploring the concept of significant figures in numerical values. Learn to identify and count significant figures in various numbers, from whole numbers to decimals. Understand the precision and accuracy of your measurements through this engaging video.
Skiing Down an Incline: Length and Time Calculations
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Embark on an exhilarating downhill ski adventure! In this video, we calculate the length of the incline and the time it takes for a skier to reach the bottom. Explore the physics of skiing on inclines and the thrill of motion.
Physics Behind Normal Force: Car & Driver on a Hill's Rounded Top at S
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Unpack the concept of normal force on a sports car and its driver atop a hill. Utilize Newton's second law to calculate these forces based on speed and hill curvature. Discover the speed at which the driver feels weightless in the car.
Car Deceleration: Angular Acceleration, Revolutions, Time, Distance, a
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Explore the physics of a car's quick deceleration, including angular acceleration, revolutions, time, distance, initial velocity, and the realism of the scenario.
Calculating Jet Engine Thrust for Cruising Speed
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Dive into the world of aviation as we calculate the thrust required for a medium-sized jet to maintain a cruising speed of 230 m/s at a specific altitude. Explore the impact of air density and drag coefficients on aircraft performance.