JavaScript is disabled on your browser. Enable JavaScript to use this site. Learn more

Two waves represented by the following equations are traveling in the same medium ,
The intensity ratio of the two waves is ____.

1 : 16

1 : 8

1 : 4

1 : 2

The equation of a progressive wave is . The wavelength of the wave is ____.

10 m

2 m

4 m

8 m

/

its frequency is 50 cycles /s

its wavelength is 100 cm

its amplitude is 4 cm

The equation of a wave is given as . Where is in metre and in s, then the correct statement is ____.

None of the above

The equation of the propagating wave is where displacement is. Which of the following statement is not true?

The maximum velocity of the particles is 500 units

The velocity of the wave is 4 units

The amplitude of the wave is 25 units

In a plane progressive wave given by, the amplitude and frequency are respectively ____.

25, 2

25, 1

25,100

The displacement of a wave traveling in the x-direction is given by metres, where is expressed in metres and in seconds. The speed of the wave-motion, in m/s, is ____.

1200

600

300

200

The displacement y of a particle in a medium can be expressed as: where t is in second and x in meter. The speed of wave is ____.

20 m/s

5 m/s

2000 m/s

If the wave equation then the velocity of the wave is ____.

200

400

/

1 m/s

250 m/s

384 m/s

720 m/s

A plane progressive wave is represented by the equation Where y is displacement in m, t in second and x is distance from a fixed origin in meter. The frequency, wavelength and speed of the wave respectively are ____.

120 Hz, 1.25 m, 207 m/s

80 Hz, 1.1 m, 90 m/s

150 Hz, 2.4 m, 200 m/s

100 Hz, 1.7 m, 170 m/s

/

400 m/s

200 m/s

20 m/s

10 m/s

/

When a longitudinal wave propagates through a medium, the particles of the medium execute simple harmonic oscillations about their mean positions. These oscillations of a particle are characterized by an invariant ____.

difference between kinetic energy and potential energy

sum of kinetic energy and potential energy

potential energy

kinetic energy

Equation of a progressive wave is given by where t is in seconds and x is in meters. The distance through which the wave moves in 8 s is (in meter) ____.

4

2

16

8

1 : 16

1 : 8

1 : 4

1 : 2

The equation of a progressive wave is . The wavelength of the wave is ____.

10 m

2 m

4 m

8 m

/

its frequency is 50 cycles /s

its wavelength is 100 cm

its amplitude is 4 cm

The equation of a wave is given as . Where is in metre and in s, then the correct statement is ____.

None of the above

The equation of the propagating wave is where displacement is. Which of the following statement is not true?

The maximum velocity of the particles is 500 units

The velocity of the wave is 4 units

The amplitude of the wave is 25 units

In a plane progressive wave given by, the amplitude and frequency are respectively ____.

25, 2

25, 1

25,100

The displacement of a wave traveling in the x-direction is given by metres, where is expressed in metres and in seconds. The speed of the wave-motion, in m/s, is ____.

1200

600

300

200

The displacement y of a particle in a medium can be expressed as: where t is in second and x in meter. The speed of wave is ____.

20 m/s

5 m/s

2000 m/s

If the wave equation then the velocity of the wave is ____.

200

400

/

1 m/s

250 m/s

384 m/s

720 m/s

A plane progressive wave is represented by the equation Where y is displacement in m, t in second and x is distance from a fixed origin in meter. The frequency, wavelength and speed of the wave respectively are ____.

120 Hz, 1.25 m, 207 m/s

80 Hz, 1.1 m, 90 m/s

150 Hz, 2.4 m, 200 m/s

100 Hz, 1.7 m, 170 m/s

/

400 m/s

200 m/s

20 m/s

10 m/s

/

When a longitudinal wave propagates through a medium, the particles of the medium execute simple harmonic oscillations about their mean positions. These oscillations of a particle are characterized by an invariant ____.

difference between kinetic energy and potential energy

sum of kinetic energy and potential energy

potential energy

kinetic energy

Equation of a progressive wave is given by where t is in seconds and x is in meters. The distance through which the wave moves in 8 s is (in meter) ____.

4

2

16

8

This is another test of Physics for the chapter of wave and sound (Progressive wave)

**
XII_Physics_Electromagnetic Induction_7**

10 Questions
| 339 Attempts

**
XII_Physics_Electromagnetic Induction_6**

10 Questions
| 409 Attempts

**
XII_Physics_Electromagnetic Induction_5**

10 Questions
| 149 Attempts