Can you please explain how you get the answer, thank you
Can you please explain how you get the answer, thank you 1. (1 point) 1. Consider...
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?
Can you please explain how you get the answer, thank you (1 point) 3. Consider the snapshot of a wave travelling along the x axis through air particles (shown as dots) in the figure below. x [m) Equilibrium spacing between the particles is 0.5m a) Is the wave transverse or longitudinal? A. Longitudinal B. Transverse b) Which of the following snapshot graphs (at 0s) best represents the wave? d (m) d (m) x (m) x (m) A. A B. B...
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...
first three answers are correct but can not get the equation of the wave correct Course: PHYS-1050-A-Introd... X WebWork : Ph 8-1050A-Fall... Home - Socrative (1 point) The snapshot graph at 1 = 3 s and the history graph at x = 2 cm of a wave are shown below (snapshot on left, history on right). ucn) y(cn) NANNA LV W a. What are the amplitude, frequency, and speed of the wave? Amplitude = 1 Frequency - 1 Hz Speed...
(1 point) The snapshot graph at t = 3 s and the history graph at x = 3 cm of a wave are shown below (snapshot on left, history on right). y(cn) y(cn) ---- 2 --- ---2- 2 / 3 x(c ----21 a. What are the amplitude, frequency, and speed of the wave? Amplitude = cm Frequency = Speed = cm/s b. What is the equation of this wave, expressed as y = f(x,y)? Express the coefficients of the x...
(1 point) The snapshot graph at t = 1 s and the history graph at x = 2 cm of a wave are shown below (snapshot on left, history on right). y(cn) y(cn) 1-21 --21 - - - -1 1 --- --- -- 1- 1 3 x(cn I-----1 1-- - -- ---- 2 -- - a. What are the amplitude, frequency, and speed of the wave? Amplitude = 2.5 cm Frequency = 0.5 Hz Speed = cm/s b. What is...
12. Below are two history graphs for wave pulses on a string. The speed and direction of each pulse are índicated. For each, draw the snapshot graph at the specified instant of time. No distance scale is provided, so you must determine an appropriate scale and label the x-axis appropriately a. b. History atx=2cm Atx=-1 cm t (s) t (s) 0,02 0.04 0.06 -006 -002 006, 00 cm's to the left 50 cm/s to the left Snapshot at t= 0.02...
The snapshot graph at t=1 s and the history graph at x=1 cm of a wave are shown below (snapshot on left, history on right). What are the amplitude, frequency, and speed of the wave? Amplitude = cm Frequency = Hz Speed = cm/s What is the equation of this wave, expressed as y=f(x,y)? Express the coefficients of the x and t terms as decimals (i.e. don’t use π in your equation, use 3.14159...), and ignore units....
2. [1pt] Eight points have been marked on a snapshot graph as shown. Assuming this is a snapshot of a travelling harmonic wave, select the correct answer for each of the questions below. E.g., if the answer to the first question is A, and the answers to the rest, B, enter ABBBB. You only have 4 tries! A) ↑ B) ← C) → D) ↓ E) the particle is not moving In what direction is a particle at point 2...