Want this question answered?
The standard value of velocity of ultrasonic waves in benzene liquid is 1260 m/sec.
1324m/s
Yes - on density but not frequency. Sound (of any frequency) travels much more rapidly through water, for example, than through air.
Ultrasound is sound above the range of human hearing, Sonic(20 to 20,000Hz) Human Hearing Range Sub-Sonic(20,000Hz) Ultrasonic velocity is the speed in which sound propogates in a certain material. It depends on material density & elasticity. Velocity is constant for a given material. Ultrasound is sound above the human hearing range. Sonic(20 to 20,000Hz) human hearing range, Sub-sonic(20,000Hz). Ultrasonic velocity is the speed in which sound travels through a given material. It is affected by density and elasticity. Velocity remains constant in a given material.
Because different conductive media (e.g., air, water, steel, etc.) have different effects on the overall speed of the wave. In order for there to be a specific baseline measurement of the wave's velocity, it must be done in a non-conductive medium to eliminate the value of any conductive medium from the equation.
The standard value of velocity of ultrasonic waves in benzene liquid is 1260 m/sec.
1324m/s
In general ultrasonic velocity is considered as a constant value relative to the material.
panisonic
by finding the velocity
It should be about the same as the speed of normal sound. The speed of sound varies a bit, depending on the frequency, but usually that is not much.
Eric D. Swain has written: 'Effects of horizontal velocity variations on ultrasonic velocity measurements in open channels' -- subject(s): Stream measurements, Channels (Hydraulic engineering), Speed, Ultrasonic waves, Instruments 'A coupled surface-water and ground-water flow model (MODBRANCH) for simulation of stream-aquifer interaction' -- subject(s): Computer simulation, Streamflow, Groundwater flow
Yes - on density but not frequency. Sound (of any frequency) travels much more rapidly through water, for example, than through air.
THE ULTRASONIC WAVES have constant velocity in homogeneous medium. Many modes of vibration. High resolution,used for flaw detection Sonic beam and highly energetic. reflection and refraction in interface.so elastic
THE ULTRASONIC WAVES have constant velocity in homogeneous medium. Many modes of vibration. High resolution,used for flaw detection Sonic beam and highly energetic. reflection and refraction in interface.so elastic
THE ULTRASONIC WAVES have constant velocity in homogeneous medium. Many modes of vibration. High resolution,used for flaw detection Sonic beam and highly energetic. reflection and refraction in interface.so elastic
Ultrasound is sound above the range of human hearing, Sonic(20 to 20,000Hz) Human Hearing Range Sub-Sonic(20,000Hz) Ultrasonic velocity is the speed in which sound propogates in a certain material. It depends on material density & elasticity. Velocity is constant for a given material. Ultrasound is sound above the human hearing range. Sonic(20 to 20,000Hz) human hearing range, Sub-sonic(20,000Hz). Ultrasonic velocity is the speed in which sound travels through a given material. It is affected by density and elasticity. Velocity remains constant in a given material.