The diagram shows a transverse wave. X. Wave distance - A = wavelength y = amplitude Emma draws another diagram showing how adding energy affects this wave. How does her new diagram compare to this diagram? Her diagram shows lower wave frequencies. Her diagram shows higher wave amplitudes. Her diagram shows higher wavelengths. Her diagram shows lower wave amplitudes.
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- A frictionless pendulum on Earth with a length of 50 cm and a mass of 600 g is raised 50 cm in the y-direction. A position vs. time graph is recording the x-position of the pendulum mass while moving downwards at a speed of 3 m/s creating a wave on the graph. a.What is the wavelength of the wave on the graph? b.What is the amplitude of the wave on the graphWhich of the following statements best describes the wave below. Select all that apply. A. small trough B. large trough C. low amplitude D. high amplitudeDraw the snapshot graph at t=0s for the wave shown in figure. D (cm) 1- -2-1 -1- t(s) 2 3 4 5 6 History graph of a wave at x=2m Wave moving to the right at 1.0 m/s
- Shown below are three waves that were sent down a string at different times. The tension in the string remains constant. Rank the waves from the smallest wavelength to the largest wavelength. 1. B, C, A 2. B, A, C 3. C, A, B 4. A, B, C 5. C, B, A 6. A, C, BThe figure below shows two waves that occupy the same point in space. Copy the sketch into a sheet of paper using the dimensions indicated. Draw the wave that results from the interference of these two waves.Determine if each sentence is True or False. If false, please explain a) All waves carry energy, and subsequently momentum as well.b) For sinusoidal waves, the kinetic and potential energy for a full wavelength are the same!c) For sinusoidal waves, the total energy does NOT depend of the frequency of the wave.d) The power of a wave depends on the speed of the wave; the faster the speed, the more power in the wave. Themeans waves on a sting under with more tension will always deliver more power than waves on a sting with lesstension.
- A wave pulse is travelling as shown in the diagram below. free end Which diagram below represents the reflection of the wave pulse? b. d. Select one: Od free end free end free end free end6. A traveling wave moving in the positive x direction at 100 m/s velocity has the shape below at t=0. +1m 0 -Im 3 7 9 x (meters) - Find the wavelength and the frequency. - Write an equation for the wave, defining values for each term. - Add an identical wave moving in the opposite direction to this wave. - State the equation of this 'combined' wave and note how far apart the nodes are.