Solved

The Sinusoidal Wave Y(x,t)= Ymsin(kx - T)

Question 77

Multiple Choice

The sinusoidal wave y(x,t) = ymsin(kx - The sinusoidal wave y(x,t) = y<sub>m</sub>sin(kx - t) Is incident on the fixed end of a string at x = L.The reflected wave is given by: A) y<sub>m</sub>sin(kx + t) B) -y<sub>m</sub>sin(kx + t) C) y<sub>m</sub>sin(kx + t - kL) D) y<sub>m</sub>sin(kx + t - 2kL) E) -y<sub>m</sub>sin(kx + t + 2kL) t)
Is incident on the fixed end of a string at x = L.The reflected wave is given by:


A) ymsin(kx + 11ef007f_5806_c585_bc85_4919ea62275a_TB6585_11 t)
B) -ymsin(kx + 11ef007f_5806_c585_bc85_4919ea62275a_TB6585_11 t)
C) ymsin(kx + 11ef007f_5806_c585_bc85_4919ea62275a_TB6585_11 t - kL)
D) ymsin(kx + 11ef007f_5806_c585_bc85_4919ea62275a_TB6585_11 t - 2kL)
E) -ymsin(kx + 11ef007f_5806_c585_bc85_4919ea62275a_TB6585_11 t + 2kL)

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q72: A 40-cm long string, with one end

Q73: A wave on a string is reflected

Q74: If

Q75: A string of length 100 cm is

Q76: A string of length L is clamped

Q78: Two sinusoidal waves, each of wavelength 5

Q79: When a string is vibrating in a

Q80: Two separated sources emit sinusoidal traveling

Q81: A 40-cm long string, with one end

Q82: A string, clamped at its ends, vibrates

Unlock this Answer For Free Now!

View this answer and more for free by performing one of the following actions

qr-code

Scan the QR code to install the App and get 2 free unlocks

upload documents

Unlock quizzes for free by uploading documents