'Restoring force' presentation slideshows

Chapter 13. Periodic Motion

Chapter 13. Periodic Motion. Dr. Yousef Abou-Ali yabouali@iust.edu.sy. Syllabus. 13.1 Describing Oscillation 13.2 Simple Harmonic Motion 13.3 Energy in Simple Harmonic Motion 13.4 Applications of Simple Harmonic Motion 13.5 The Simple Pendulum. Dr. Y. Abou-Ali, IUST.

822 views • 57 slides

PH4

695 views • 51 slides

Physics Unit 8 : Waves

Physics Unit 8 : Waves. L. x. F. mg. Part 1 Simple Harmonic motion. AmplitudeA. Periodic Motion. Simple periodic motion is that motion in which a body moves back and forth over a fixed path, returning to each position and velocity after a definite interval of time.

677 views • 50 slides

Quiz 5 Rubrics on the website

Physics 7B - AB Lecture 9 May 29 Detailed Relation of Force to Motion Recap Newtonian Model, Circular Motion Simple Harmonic Motion. Quiz 3 Re-evaluation Request Due TODAY Quiz 4 Due June 5 (next Thursday) Quiz 5 & 6 Due June 9 at the time of Final. Quiz 5 Rubrics on the website.

523 views • 36 slides

100 90 80 70 60 50 40 30 20 10 0

Recent exam scores are shown as a histogram ordered simply by student ID number. Exam Scores. 100 90 80 70 60 50 40 30 20 10 0. Student ID number ?. What is the best approximation of the class average on this exam?. A. 80 B. 60 C. 40 D. 20.

494 views • 33 slides

Simple Harmonic Motion

Simple Harmonic Motion. An Introduction. Periodic Motion. Repeated motion along the same path over a fixed reproducible period of time Acrobat on a trapeze Wrecking ball Playground swing Mass attached to a spring. x. m. L. x = -A. x = 0. x = +A. Oscillators.

487 views • 32 slides

The simple pendulum

The simple pendulum. ?. L. m. The simple pendulum. ?. L. m. mg. The simple pendulum. ?. L. m. mg sin ?. mg. The simple pendulum. ?. L. x. m. mg sin ?. mg. Some trig: sin ? = x L

480 views • 32 slides

Energy

411 views • 27 slides

PHYS1002 Physics 1 (Fundamentals) Oscillations and Waves Semester 1, 2011

530 views • 26 slides

442 views • 25 slides

Chapter 6: Energy and Oscillations

Chapter 6: Energy and Oscillations. Brent Royuk Phys-110 Concordia University. Introduction. What do you know? Definition Forms Potential Kinetic The Unifying Idea Top-Down vs. Bottom-Up. Work. Definition The product of force and the distance moved due to that force W = F d

407 views • 24 slides

351 views • 20 slides

355 views • 19 slides

Whenever the force acting on an object is: Proportional to the displacement

Whenever the force acting on an object is: Proportional to the displacement In the opposite direction, the object exhibits simple harmonic motion (SHM) . Examples mass attached to a spring simple pendulum. Definitions of Terms

455 views • 19 slides

272 views • 16 slides

231 views • 16 slides

SPRING-MASS OSCILLATORS

537 views • 11 slides

Thought for the Day

270 views • 10 slides

Pendulum

Pendulum. ? rad = x/L. ?. Restoring force: F = -mg sin ?. If ? is small, sin ? ? ?. F = -mg ? = -mg x/L. F = -(mg/L) x. F = -kx. Force constant (k) = mg/L. For small angles, pendulum is SHM. period: T = 2 ? ?(m/k) = 2 ? ?(m/(mg/L)). T = 2 ? ?(L/g).

224 views • 7 slides

731 views • 4 slides