Question

Under which condition will the angle of transmission always be the same as the angle of...

Under which condition will the angle of transmission always be the same as the angle of incidence?

A. When the acoustic of two media is equal.

B. When the angle of incidence is oblique.

C. When speed of sound in two media is equal.

D. When the density of two media is equal.

Science   Advanced-Physics   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

Let the light is travelling from medium I of refractive index n1 to the medium II of refractive index n2. Let the incidence angle is 'i' and angle of transmission is 'r'. Let the speed of sound in medium I and medium II v1 and v2 respectively.

using Snell's Law we can write,

we find incidence angle is 'i' and angle of transmission is 'r' will be same if

or We can say when i.e When speed of sound in two media is equal. Ans C

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
True or False 1. The angle of refraction is always less than the angle of incidence....
True or False 1. The angle of refraction is always less than the angle of incidence. 2. The angle of incidence and the angle of reflection are always the same. 3. When the light changes medium, its speed changes. 4. When the light changes medium, it modifies its frequency. 5. When the light changes medium, its wavelength changes. 6. The frequency for orange light is less than for blue light. 7. When light is reflected, it can be polarized. 8....
1. Which of the following is true for angular motion? a. A uniform net torque always...
1. Which of the following is true for angular motion? a. A uniform net torque always causes an increase in angular speed. b. A uniform net torque always changes the direction of the angular displacement vector. c. A uniform net torque always change the magnitude of the rotational inertia. d. A uniform net torque will always cause a change of angular momentum. 2. A net (non-zero) force acts on a particle. Which of the following does not have to be...
Which of the following is involved in the transmission of acoustic, vestibular, olfactory and visual stimuli?...
Which of the following is involved in the transmission of acoustic, vestibular, olfactory and visual stimuli? a. influx of potassium ions from the endolymph b. release of glutamate by receptors c. closure of sodium channels d. hyperpolarization of receptors
If the angle of incidence were not equal to the angle of reflection, the distance traveled...
If the angle of incidence were not equal to the angle of reflection, the distance traveled by a light ray going on a path composed of two straight-line segments intersecting at the reflecting surface would be: A. Less than it is for the actual path. B. Greater than it is for the actual path. C. The same as the actual path. D. Any on the above answers may be valid, depending on further geometric details.
6.) A light ray traveling in air, n = 1.0, is incident (angle of incidence =...
6.) A light ray traveling in air, n = 1.0, is incident (angle of incidence = 45 o ) upon a boundary with another medium, n = 1.2, therefore, the light ray transmitted into the second medium is refracted as follows;    a.) transmission angle is less than 45 o    b.) transmission angle is equal to 45 o    c.) transmission angle is greater than 45 o    d.) transmission angle is unknowable Answer__________ 7.) A light beam passes...
Which of the following is always true for all probability density functions of continuous random variables?...
Which of the following is always true for all probability density functions of continuous random variables? A. They have the same height B. They are bell-shaped C. They are symmetrical D. The area under the curve is 1.0 Like the normal distribution, the exponential density function f(x) A. is bell-shaped B. approaches zero as x approaches infinity C. approaches infinity as x approaches zero D. is symmetrical
Question 14 One reflector is 5 times deeper than another. The time of flight of sound...
Question 14 One reflector is 5 times deeper than another. The time of flight of sound to the deeper structure is the time of flight of the shallower reflector. less than five times more than equal to one fifth as much as Question 15 2 Points The redirection of a portion of the sound beam back to the transducer is known as: reflection refraction Snell's Law interface Question 16 2 Points Attenuation decreases with increasing ________. intensity wavelength frequency path...
Which one of the following assumptions is NOT a condition under which capital structure does not...
Which one of the following assumptions is NOT a condition under which capital structure does not affect company value? a. The real investment policy of the company is fixed b. There is no tax c. There are no information or transaction costs d. The real investment policy of the company is variable
8.4 Which of the following is not​ true? Choose the correct answer. A. We verify an...
8.4 Which of the following is not​ true? Choose the correct answer. A. We verify an identity by trying to transform one side of the identity into the exact trigonometric expression that appears on the opposite side. B. If one side of an identity includes a trigonometric expression involving the sum or difference of sine and cosine or the product of sines​ and/or cosines, then to verify the identity always start by transforming the other side of the identity. C....
1. Which of the following is not a condition for constructive interference when light waves from...
1. Which of the following is not a condition for constructive interference when light waves from two sources meet at a point? a. the path difference is one wavelength b. the intensity is maximum c. a bright fringe is formed d. a crest meets a crest e. All of the choices are conditions for constructive interference 2. Coherent light of wavelength 500 nm is incident on two parallel slits separated by 0.08 mm. On a very distant and large screen,...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT