(wave equation) 1) Write a wave equation 2) Draw the resulting wave from 3) fine the speed of the rope

Q: Distinguish between stationary and progressive waves.

A: Progressive Waves: They travel with fixed velocity (v). They have same amplitude. There is a…

Q: You are sitting in a boat. Every three seconds, waves cause your boat to rise and fall a total…

A: The amplitude of a wave can be defined as maximum displacement from the equilibrium position.

Q: Standing Waves: You put a mass of 400 g on the string. (The string is 50 cm long and weights 12.5 g)…

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Q: 2m Shift Down 12.5m -8m From the wave graph above, describe transverse wave equation. (t & x are…

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Q: A rock dropped into a pond produces a wave that takes 11.1 s to reach the opposite shore, 31.4 m…

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Q: Question 4 The hand moves the end of the Slinky up and down through 14 complete cycles in one…

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Q: Using the wavespeed from question 13 and the graph accurately find the frequency of the wave? Wave…

A: The speed is the distance traveled by a given point on the wave  (such as a crest) in a given…

Q: Choose the BEST answer to the following: The vibrations in a transverse wave move in a direction (a)…

A: A wave is formed when energy carrying photons or molecules of a medium vibrate at a fixed position.…

Q: Explain in your words about making a standing wave in a string. One end of the string is connected…

A: Consider a wave pulse travelling along a string (rarer medium) attached to a rigid support, such as…

Q: In Figure below the hand moves the end of the Slinky up and down through two complete cycles in one…

A: Time period, T = 1 s. Speed, v = 0.506 m/s. Distance between two crest is known as wavelength so we…

Q: 5. Below is a pulse in a light rope approaching a heavy rope. Sketch the two rope system just after…

A: Wave pulse on a string moving from right to left, toward a heavy rope which which increase pulse…

Q: A turning fork makes 284 vibrations per sound. Calculate the wavelength of the tone at 25 degrees°C

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Q: A student wants to demonstrate transverse wave for a friend. The student can move his hand in a way…

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Q: A periodic transverse wave is created by shaking one end of a string side to side periodically. Ten…

A: We are allowed to give the explanation of first question only which is given below.  Please repost…

Q: QUESTION 3 The frequency of a sinusoidal wave on a string--- a. Remains constant b. Decreases when…

A: Given Sinusodal wave is passingthrough on a string We have to choose the correct option for the…

Q: 5. Two boats are anchored 4 meters apart. They bob up and down, returning to the same up position…

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Q: Question 11 The image below shows a standing wave on a string. What harmonic is it? гла A first B…

A: Solution: The wavelength of nth harmonic of a standing in string of length L is nλ2=L

Q: Wave speeds only apply to mechanical waves. True False Waves can be viewed from which perspectives?…

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Q: What is a standing wave? Your answer: a consistent pattern of wave interference with nodes and…

A: When two identical waves i.e.having the same amplitude and same frequency, move in opposite…

Q: A wave passes from one medium to another medium. Mention one property of wave out of speed,…

A: Explanation:

Q: QUESTION 6 The following two sound waves differ in which of the following: Time --> Time -->…

A: Let the general wave is given as  Y = Bsin(ax+bt)  Where a is the wave vector and b is thr angular…

Q: Mac and Tosh stand 8 meters apart and demonstrate the motion of a transverse wave on a snakey. The…

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Q: Give examples of mechanical wave, longitudinal wave, transverse wave, periodic wave, and sinusoidal…

A: (1) A mechanical wave occurs due to vibration of matter. Mechanical waves need a medium to move…

Q: Calculate the period of a waveform that has a 66 mm

A: Given: Wavelength λ=66 mm or 0.066 m To calculate: Period Formula used: f=cλ ....(1) c is the wave…

Q: 4. The standing wave pattern in the diagram above is representative of the (A) Third (B) Fifth (C)…

A: In the given question we have to determine how many harmonic, represent the  given standing wave…

Q: When a wave moves from one place to another, what is it transferring

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Q: Calculate the frequency and period of a 1.5 string vibrating at the first harmonic. The string…

A: The string completes n=33 vibrational cycles in a time period t=10 s. The length of the string is…

Q: Curly and Moe are conducting a wave experiment using a slinky. Curly introduces a disturbance into…

A: When slinky is given a disturbance by back and forth jerk, the slinky and hits Moe in the cheek. Moe…

Q: Your lecturer uses a plastic chain 28 m long to demonstrate transverse waves in class. You measure…

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Q: Choose the BEST answer to the following: The vibrations in a longitudinal wave move in a direction…

A: Longitudinal waves are waves produced in a medium that are parallel to the direction of propagation.

Q: Are the medium where the waves/oscillation intensity? Explain. travel affect its

A: Intensity of wave: The amount of energy that is transported past a given area of the medium per unit…

Q: Determine the velocity of the wave pulse that is depicted below in the two graphs

A: SOlution: To Determine the velocity of the wave pulse that is depicted below in the two graphs.

Q: Tie a rubber tube, a spring, or a rope to a fixed support and produce standing waves. See how many…

A: Standing wave produce because of interference of  two waves, when two wave having same amplitude and…

Q: Backgroun A wave can be described as an travels through a from one location to another. Waves,…

A: A wave can be described as an energy disturbance that travels through a medium from one location to…

Q: wave

A: Tension is the force acting on the string or rope when it is pulled in the reverse direction. If the…

Q: A wave is described by the given wave function 1) The velocity of the wave in meters per second =?…

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Q: When plucked, a 1 m guitar string produces a sound wave with a fundamental frequency of 222 Hz.…

A: We have a guitar string of length L=1 m which produces a fundamental frequency (mode n=1) f=222 Hz.…

Q: Apply the mathematical relationship between energy and amplitude to describe the effect on the…

A: Relationship between energy and amplitude of a wave: where E is energy of wave            A is…

Q: Mac and Tosh stand 8 meters apart and demonstrate the motion of a transverse wave on a snakey. The…

A: It is given that,

Q: Determine the wavelength of the waves for 1.88 meters long and vibrates in the first, second, and…

A: Given,  Length =1.88 m. We have to find the wavelength for first , second and third harmonic. Let's…

Q: Sound waves traveling through air are a type of wave known as a longitudinal wave. For longitudinal…

A: SOlution: sound waves are longitudinal waves. compare the direction of particels

Q: Calculate the wavelength and wave speed of a 5.0 meters string which is vibrating in the fourth…

A: The length of the string L=5m, number of vibrational cycles completed by the string n=48 and time…

Q: Suppose you pluck a banjo string. You hear a single note that starts out loud and slowly quiets over…

A: The period and frequency of the sound wave does not depend on the volume.

Q: Compare and contrast a transverse wave fom a longitudinal wave. Make an illustrations and discuss…

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Q: A wave is created in an elastic rope. The diagram below represents a snapshot of the wave at a given…

A: Wave length is the distance wave travels to complete one cycle(lambda).  Wave velocity is the…

Q: waves moving on a lake have a speed of 1.2 m/s and a distance of 2.0 m between adjacent crests. what…

A: Given Speed of the wave is v=1.2  m/s Distance between the adjacent crests is  λ=1.2  m/s Find the…

Q: A harmonic wave is traveling along a rope. It is observed that 30 complete waves pass every 25…

A: The frequency of the wave is equal to the number of vibrations per second. It can be given as,…

Q: Model wave elastic sheet equation in 2-D sing Usi

A: SOlution: to derive wave equation using elastic sheet

Wave Motion

A wave motion is defined as the propagation of disturbances or transfer of energy and momentum from the state of rest or equilibrium to another point in a medium without any actual transfer of matter between them. In a simple explanation, it is the propagation of energy through a medium that is produced due to the repeated vibrations of the particles. Common things we see day to day like waves on water oscillation of a pendulum or bell, light wave, and all the subatomic particles exhibiting wavelike properties. The propagation of waves depends on the medium and their properties. The wave function is the disturbance that produces waves as a function of time. This disturbance oscillates periodically with a fixed frequency and wavelength. There are linear wave motion and non-linear wave motion based on their propagation, motion, and time period where linear wave motion is like sinusoidal waves and non-linear wave motion like a wave motion that gets interrupted in the middle of their propagation.