Ultrasound pulses with a frequency of 1.000 MHz are transmitted into water, where the speed of sound
Question:
Ultrasound pulses with a frequency of 1.000 MHz are transmitted into water, where the speed of sound is 1500 m/s. The spatial length of each pulse is 12 mm.
a. How many complete cycles are contained in one pulse?
b. What range of frequencies must be superimposed to create each pulse?
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 53% (13 reviews)
Model The ultrasound pulse is a wave packet so it ...View the full answer
Answered By
John Aketch
I have a 10 years tutoring experience and I have helped thousands of students to accomplish their educational endeavors globally. What interests me most is when I see my students being succeeding in their classwork. I am confident that I will bring a great change to thins organization if granted the opportunity. Thanks
5.00+
8+ Reviews
18+ Question Solved
Related Book For
Physics for Scientists and Engineers A Strategic Approach with Modern Physics
ISBN: 978-0133942651
4th edition
Authors: Randall D. Knight
Question Posted:
Students also viewed these Physics questions
-
1. Find the frequency of a wave produced by a generator that emits 30 pulses in 2.50 s. 2. What is the wavelength of an electromagnetic wave with frequency 50.0 MHz? 3. What is the frequency of an...
-
If the deepest structure you wish to image is 10.0 cm from the transducer, what is the maximum number of pulses per second that can be emitted? (a) 3850; (b) 7700; (c) 15,400; (d) 1,000,000. A...
-
Because the speed of ultrasound in bone is about twice the speed in soft tissue, the distance to a structure that lies beyond a bone can be measured incorrectly. If a beam passes through 4 cm of...
-
The IQ and VIQ are tools insurance producers use to learn more about internal assumptions regarding factors that ultimately control policy performance. They have information in all of the following...
-
What is meant by "critical angle"?
-
At the moment t = 0 a relativistic proton flies with a velocity vo into the region where there is a uniform transverse electric field of strength E, with vo E. Find the time dependence of? (a) The...
-
In an experiment to determine whether there is a systematic difference between the weights obtained with two different scales, 10 rock specimens were weighed, in grams, on each scale. The following...
-
You were not totally satisfied with the vertical analysis, so you now want to run a horizontal analysis of this company. Complete table 4-6. Perform a horizontal analysis on these accounts. Compare...
-
Use the appropriate formula to calculate working capital, then discuss the business's current financial liquidity position. Does the business have sufficient working capital on hand to address bills...
-
Jims dog Sparky runs 50 m northeast to a tree, then 70 m west to a second tree, and finally 20 m south to a third tree. a. Draw a picture and establish a coordinate system. b. Calculate Sparkys net...
-
A 1.0-mm-diameter sphere bounces back and forth between two walls at x = 0 mm and x = 100 mm. The collisions are perfectly elastic, and the sphere repeats this motion over and over with no loss of...
-
FIGURE P39.28 shows a pulse train. The period of the pulse train is T = 2 t, where t is the duration of each pulse. What is the maximum pulse-transmission rate (pulses per second) through an...
-
Have each group member write down the names and formulas for two coordination compounds. Taking turns, show each formula to the group and have the rest of the group name the compound, with each...
-
Amy Dyken, controller at Fitzgerald Pharmaceutical Industries, a public company, is currently preparing the calculation for basic and diluted earnings per share and the related disclosure for...
-
The information below pertains to Barkley Company for 2015. There were no changes during 2015 in the number of ordinary shares, preference shares, or convertible bonds outstanding. There are no...
-
Plot the specified output by using the RK4 method. \(\left\{\begin{array}{ll}\dot{x}_{1}=-2 x_{1}-x_{2}^{3}+e^{-t} \cos t, & x_{1}(0)=0 \\ \dot{x}_{2}=x_{1}+4 & x_{2}(0)=\frac{2}{3}\end{array}, 0...
-
Suppose you have a string like "Thisisasentence". Write a function that would separate these words. Moreover, will print whole sentence with spaces.
-
Assuming zero initial conditions, u(t) denotes the unit step. a. Find the response x(t) in closed form. b. Plot the response by using the step command. \(3 \ddot{x}+12 \dot{x}+10 x=10 u(t)\)
-
Remote control has keys for channels 0 through 9. If you select one key at random, (a) What is the probability that you press a key for channel 6? (b) What is the probability that you press a key for...
-
A red card is illuminated by red light. What color will the card appear? What if its illuminated by blue light?
-
For a spinning disk, such as a CD or DVD, show that in the reference frame of the disk Equation 2-44 follows from Equation 2-43. ds = cdt (dr + rd + dz) 2-43
-
What is the speed of a particle that is observed to have momentum 500 MeV/c and energy 1746 MeV? What is the particles mass (in MeV/c 2 )?
-
An electron of total energy 4.0 MeV moves perpendicular to a uniform magnetic field along a circular path whose radius is 4.2 cm. (a) What is the strength of the magnetic field B? (b) By what factor...
-
Considering that local stores and home-grown banks can organically develop and create their own forms of credit, what good is a national currency or attempts to connect financial markets beyond the...
-
Thalassines Kataskeves, S.A., of Greece makes marine equipment. The company has been experiencing losses on its bilge pump product line for several years. The most recent quarterly contribution...
-
Mandalorian Manufacturing produce some of its products in processes. You have been provided with the following information: Transfer from Process 1 Material MM12 Direct Labour Direct Expenses Fixed...
Study smarter with the SolutionInn App