1) The sinusoidal wave below is described by its    2) Sound bend downward during daytime due to warmer air at higher altitude causing it to be diffused; but bend upward during night time to sound clear and distinct.   3) Are mechanical vibrations far greater and frequent than what is audible to human; maybe used for medical imaging of internal organs    a. hypersonics   b. supersonics   c. ultrasonics   d. infrasonics

University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter16: Waves
Section: Chapter Questions
Problem 133AP: A transverse wave on a string has a wavelength of 5.0 m, a period of 0.02 s, and an amplitude of 1.5...
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1) The sinusoidal wave below is described by its 

 

2) Sound bend downward during daytime due to warmer air at higher altitude causing it to be diffused; but bend upward during night time to sound clear and distinct.

 

3) Are mechanical vibrations far greater and frequent than what is audible to human; maybe used for medical imaging of internal organs 

 
a. hypersonics
 
b. supersonics
 
c. ultrasonics
 
d. infrasonics
 
4) All of the following affects the sound produced by a vibrating string; EXCEPT 
 
a. thickness
 
b. tension
 
c. density
 
d. length
 
5)  All of the following describes a wave disturbance; EXCEPT 
 
a. It travels in straight line and can be reflected, refracted or diffracted as the case maybe.
 
b. Matter maybe displaced during its propagation.
 
c. It carries with it energy and information.
 
d. A vibration propagating through matter or empty space.
The sinusoidal wave below is described by its
b
(a) wavelength, A and (b) period, T
(a) Amplitude, A and (b) wavelength, A
(a) wavelength, A and (b) frequency
(a) Amplitude, A and (b) frequency, f
Transcribed Image Text:The sinusoidal wave below is described by its b (a) wavelength, A and (b) period, T (a) Amplitude, A and (b) wavelength, A (a) wavelength, A and (b) frequency (a) Amplitude, A and (b) frequency, f
Sound bend downward during daytime due to warmer air at higher
altitude causing it to be diffused; but bend upward during night time to
sound clear and distinct.
WAVE FRONTS
COOL AIR
- LOW
VELOCITÝ
-
Refraction
Diffraction
Reflection
Resonance
Transcribed Image Text:Sound bend downward during daytime due to warmer air at higher altitude causing it to be diffused; but bend upward during night time to sound clear and distinct. WAVE FRONTS COOL AIR - LOW VELOCITÝ - Refraction Diffraction Reflection Resonance
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