Physics, 23.07.2019 19:30, scottcounts757

According to the doppler effect, which statement is true about a sound as it approaches you and then moves away. a) as the source approaches you, the waves are compressed so that the pitch of the noise increases. b) the pitch of the sound remains the same the entire time, regardless of the direction of the source. c) as the source moves away from you the sound wave are compressed so the pitch of the noise increases. d) as the source approaches you, the sound waves are stretched relative to the individual so the pitch of the noise decreases.

Answers: 1

Show answers

Other questions on the subject: Physics

Physics, 21.06.2019 22:20, lunamoon1

The place you get your hair cut has two nearly parallel mirrors 6.00 m apart. as you sit in the chair, your head is 2.00 m from the nearer mirror. looking toward this mirror, you first see your face and then, farther away, the back of your head. (the mirrors need to be slightly nonparallel for you to be able to see the back of your head, but you can treat them as parallel in this problem.) how far away does the back of your head appear to be?

Answers: 2

continue

Physics, 22.06.2019 09:00, perezsamantha3oqr0za

As a pendulum bob swings back and forth several times, the maximum height it reaches becomes less and less. this is because more and more of the pendulum bob's energy is being transformed into a. heat energy b. kinetic energy c. potential energy d. kinetic energy and potential energy

Answers: 2

continue

Physics, 22.06.2019 10:30, Kathryn014

Light from a sodium lamp passes through a diffraction grating that has 1000 slits per millimeter. the interference pattern is viewed on a screen 1.000 m behind the grating. the first (m = 1) two bright yellow fringes that are visible are 0.7288 m and 0.7300 m from the central maximum. what are the wavelengths of these two fringes?

Answers: 2

continue

Physics, 22.06.2019 11:50, sillslola816oxb5h7

The scalar triple product computes the magnitude m of the moment of a force vector f about a specified line. it is m = (r × f) · n, where r is the position vector from the line to the point of application of the force and n is a unit vector in the direction of the line. use matlab to compute the magnitude m for the case where f = [12, −5, 4] n, r = [−3, 5, 2] m, and n = [6, 5, −7].

Answers: 3

continue

Do you know the correct answer?

According to the doppler effect, which statement is true about a sound as it approaches you and then...