'Www walter' presentation slideshows

Magnetism

729 views • 35 slides

The Principle of Linear Superposition and Standing Waves

The Principle of Linear Superposition and Standing Waves. The principle of linear superposition. http://bcs.wiley.com/he-bcs/Books?action=mininav&bcsId=4678&itemId=0470223553&assetId=160341&resourceId=15300 Simulation #25, Ch. 17, Cutnell. THE PRINCIPLE OF LINEAR SUPERPOSITION

686 views • 31 slides

Physics 1210/1310

Mechanics & Thermodynamics. Physics 1210/1310. Lecture 30-42, chapter 12/11/14 Gravity, Elasticity, Fluid Dynamics. All Mechanics culminates in the Law of Gravitation:. Gravitational effect OUTSIDE any spherically symmetric mass is same AS IF all mass at center !.

361 views • 24 slides

Elastic and Inelastic Collision

Elastic and Inelastic Collision. For an elastic collision it is characteristic that the sum of the kinetic energies of the involved bodies is constant .

969 views • 22 slides

Simple Machines

Simple Machines. Mike McKee University of Central Florida Orlando, Florida October 7, 2006. Simple Machines. What is the purpose of a simple machine? What should you be measuring as evidence of this purpose? How will this guide your calculations and help you determine what to measure?.

395 views • 21 slides

Damped Oscillations

483 views • 20 slides

Static Equilibrium

Static Equilibrium. Physics Chapter 11.3. Objectives. Define Torque Analyze Forces acting on an object Identify requirements for Static Equilibrium Show understanding Conceptual Problems Quantitative Problems. What is Torque - . Torque = Force x Distance

432 views • 12 slides

A Resonance Applet

A Resonance Applet . http://www.walter-fendt.de/ph11e/resonance.htm. A quick review. Simple oscillations period, frequency, amplitude Many simple oscillations -> waves Wavelength, Speed = wavelength X frequency Electromagnetic waves are produced by oscillations of charges!. +. --.

418 views • 12 slides

Standing Waves

197 views • 8 slides

PHYSICS Mr. BALDWIN WAVES 5-Feb-14

PHYSICS Mr. BALDWIN WAVES 5-Feb-14. AIM: How do you know a fire engine is coming towards you? (What is the Doppler Effect?) DO NOW: Describe what you observe as a siren approached you and when it goes away from you. TURN IN Y our ESSAY on the Doppler Effect

202 views • 6 slides

Earth Science: Astronomy

Unit 7. Earth Science: Astronomy . Bell Ringer Activity: Get out a clean sheet of paper.

308 views • 0 slides