PPT-Amplitude Intensity Wavelength

Frequency Medium Vibration Sound Waves Compression Rarefaction What is a sound wave What section are seen in a sound wave amplitude a mplitude is the maximum distance a particle travels from rest . Introduction to Physics II. . Class 4 – . Outline:. Ch. 21, sections . 21.5-21.8. Wave . Interference . Constructive . and Destructive Interference . Thin-Film . Optical . Coatings . . . Interference . 1: 0 1: 1 1: 2 1: 4 1: 5 1: 6 1: 8 1: 10Figure S1. Fluorescence titration spectra of 4-benzoamide-N-butyl-naphthalimide (10 mol/L) with TBAF in CHCN. Excitation wavelength: 490 nm. 4004505005 S8P4. Students will explore the wave nature of sound and electromagnetic radiation. . a. Identify the characteristics of electromagnetic and mechanical waves. . What are waves?. Waves carry energy. Rhythmic disturbances that carry energy without carrying matter are called waves.. A disturbance that . propagates.  energy transferred. Examples. Waves on the surface of water. Sound waves in air. Electromagnetic waves. Seismic waves through the earth. Electromagnetic waves can propagate through a vacuum. – . 3/16 . Lecture. Announcements. Second Homework Set. Today’s . Lecture. Spectroscopy (Chapter 17. ). Region of Minimum Uncertainty (skipped last time. ). Spectroscopic Instrumentation (Chapter 19). . Class 4 – . Outline:. Ch. 21, sections . 21.5-21.8. Wave . Interference . Constructive . and Destructive Interference . Thin-Film . Optical . Coatings . . . Interference . in 2 and 3 Dimensions . Basic Properties of Waves. Amplitude. Wavelength. Frequency. Speed. Amplitude. Amplitude is the maximum distance the particles of the medium carrying the wave move away from their rest positions.. The farther the medium moves as it vibrates the larger the amplitude of the resulting waves. The greater the amplitude the greater the amount of energy. the same direction . of energy transport, then the wave is a ____ wave.. 1. . If . the particles of the medium are vibrating to and fro in the same direction of energy transport, then the wave is a . ATM 562 Fall 2018. Fovell. 1. Overview. Program the 1D linear wave equation using the upstream approximation in a periodic domain. Task illustrates the basics of. Model initialization. Time stepping. A. . B. . C. DO NOW TUESDAY. Give your own definition of a wave.. Learning Targets. 1.1a Define mechanical wave. . 1.2a Define electromagnetic wave. .. 1.3a Identify an electromagnetic . A. . B. . C. DO NOW TUESDAY. Give your own definition of a wave.. Learning Targets. 1.1a Define mechanical wave. . 1.2a Define electromagnetic wave. .. 1.3a Identify an electromagnetic . a. Identify the characteristics of electromagnetic and mechanical waves. . What are waves?. Waves carry energy. Rhythmic disturbances that carry energy without carrying matter are called waves.. Models of Waves. WAVESUnit 10next to you discuss what this might beSECTION 1 THE NATURE OF WAVESA Wave a repeating disturbance or movement that transfers energythrough matter or space1 Molecules pass energy on to n Attenuation. Eikonal Eqn. FD Solution to Eikonal Eqn. Ray Tracing from T(x,z). Traveltime Integral. Ray Tracing from ODE. All these records differ from those associated with terrestrial earthquakes in lacking S (secondary or shear) waves. They also last for much longer than earthquakes - up to an hour, as though the Moon were "ringing" like a bell. The bulk of the moonquakes originate from depths of 600 km or more (attributed to the seismic signals bouncing back and forth in the low velocity surface layers [.