3. The diagram below shows a waveform. 45 30 0.5 1.5 2.5 3.5 4.5 5.5 -15 Nistance Icmi -30 a) What is the amplitude of the waveform? bị What is the wavelength? c) If the period of this waveform is 0.5s, what is its frequency? Displacement (cm) is
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- Two rocks are simultaneously dropped into a pond, creating the ripples shown. As they overlap, the ripples interfere. At the point marked with a dot, A. The interference is constructive. B. The interference is destructive. C. The interference is somewhere between constructive and destructive. D. There's not enough information to tell about the interference. What is the extra distance As traveled by one wave to the dot compared to the other? Α. Ο C. A 31 D. F. 4 5A B. E. 21 R, R, R I2 I3 Select all loop rules that apply to this circuit. SELECT ALL THAT APPLY A. 0 = -V +1,R2 – 1R1 B. 0 = V2 – 13R3- lR2 – Vị C. 0 = 4R1 – V2 – I3R3 D. 0 = -V – 1R2 + I¼R1 E. 0 = -V2 – I3R3 + 1½R2 +V1 F. 0 = 1, R, +V2 + I,R3 G. 0 = -V +I,R2 + I,Rq H. 0 = V2 + I3R3 + 1,R2 – V1 I. 0 = 1,R1 - V2 + I3R3 J. 0 = -V- I½R2 + I, R1 K. 0 = -V2 + I3R3 + 12R2 - V2 L. 0 = -1,R – V½ – 13R3 wwT ww50.) A waves velocity can be calculated by dividing its frequency by its wavelength. a. true b. falseA sinusoidal wave is traveling along a rope. The oscillator that generates the wave completes 43.0 vibrations in 27.0 s. A given crest of the wave travels 410 cm along the rope in 15.0 s. What is the wavelength of the Need Help? m Read It Master It
- What is the wavelength (in m) of an earthquake that shakes you with a frequency of 10.5 Hz and gets to another city 81.0 km away in 12.0 s? Additional Materials O Reading4Problem 3) Simple harmonic wave The wave function of a simple harmonic wave as function of position x and time t is given by (₁) 27 y(x,t)=(0.7m) cos -X- m where m = meters and s = seconds. Find the 1. amplitude A 2. wave number k 4x 3. wavelength 4. angular frequency 5. period T S