Can you please explain how you get the answer, thank you
(a) Ans. Longitudinal waves. Because displacement of particles are parallel to the direction of wave (i.e. Along x-axis).
Since particles are vibrating parallel to x-axis. its a longitudinal wave.
(b) Ans. D.
Because equilibrium distance between two particles is 0.5m. So, maximum displacement can be 1.
And, the waves starts from trough and then crest. So, option D seems most apropriate.
Can you please explain how you get the answer, thank you (1 point) 3. Consider the...
Can you please explain how you get the answer, thank you 1. (1 point) 1. Consider the snapshot and history graphs shown below for a wave pulse travelling through a rope d(em) d (em) -x (cm) -4 s) -4 The snapshot graph is at t = 0.01s and the history graph is at xcm. a) The snapshot graph is shown on the . A. Left . B. Right b) The wave is travelling in which direction? . A. Left ....
Can you please explain how you get the answer. Thank you. 5. (1 point) 5. Consider the history graph at x-1 m shown below for wave travelling right at v 8 d (cm) 10 / 六すt(s) -10 a) What is the amplitude of the wave? -(include units) (include units) (include units) b) What is the frequency of the wave? c) What is the wavelength of the wave?
Please help me understand this question, thank you. (1 point) 8. Consider snapshot graphs A and B, both taken at0 s. d (m) d (m) 0 3 x (m) 3 ox (m) d (m) x (m) 0 3 to the right at 0.75 and wave B is traveling to the left at 0.75. At what time was snapshot graph C taken? include units) Wave A is travelling
Can you please explain how you get the answer, thank you. 9. Consider a transverse standing wave between the frets la- belled a and f on the highlighted D string of the guitar shown f on the highlighted D striang Assume that the standing wave is perfectly sinusoidal and that the distance between the frets labelled a and f is 11 cm. If the wave is oscillating at 800 Hz, what is the speed of the wave? (Hint: roughly estimate...
What are the answers and how did you get to the answers? Consider the electromagnetic wave shown in the diagram. The wave is propagating through a vacuum along the z-axis. The electric field of the wave is parallel to the y-axis. It is a sine wave of amplitude 15 V/m. The accompanying magnetic field is parallel to the x-axis. See Figure (which is a snapshot at a particular instant) 23 cm 2 6) What is the frequency fof this electromagnetic...
1) How would you describe thunder and the light from lightening as waves? -A) Thunder longitudinal, lightening transverse -B) Thunder transverse, lightening transverse -C) Thunder transverse, lightening longitudinal -D) Thunder longitudinal, lightening longitudinal 2) Suppose the longitudinal component of a wave created by an earthquake is travelling from east to west. As it passes through your position, how would you expect to move? -A) Both up and down, and north and south -B) east and west -C) north and south...
Can you please explain how you get the answer, thank you. 2. (1 point) 2. Consider sound waves from three sources. Source A emits waves with frequency 1 mHz, source B emits at 1 Hz, source C emits at 1 kHz and source D emits at 1 MHz. Ranlk the sources by ranking from smallest to largest the wavelengths of the waves. A.D<C<B<A B.A<B<C<D
1. [1pt] The following formula represents the transverse displacement from equilibrium of a particle on a string y(x) -1.5 cos(3x+900, where x is measur T (true), F (alse), G (greater than), L (less than), or E (equal to), For example, if the first statement is true, and the others should be completed with "equal to", enter TEEE ed in meters, y in centimeters, and t in seconds. Select the correct answer for each of the statements below fro You only...
please explain answer for 37,38 V - x a Sound Waves, Intensity leve c Get Homework Help With C Dashboard Files 3C_week_3-F_slides 1214 X + E > 0 O file:///C:/Users/salma/AppData/local/Packages/Microsoft. Microsoft Edge_Bwekyb3d3bbwe/TempState/Downloads/3c_week_3-F_slides%20(2).pdf 7 of 11 lo - + Fit to page Page View All read aloud Add notes Consider a transverse wave on a string. You are given the graph of position vs. time for a single location on the string. What is the wave's wavelength? period? m. -t(s) A)...
Please explain how did you get it Thanks in advance The figure is a snapshot graph of a sin wave at t=1.0 s. Draw a history graph of the point a x=1.5 m.