Wave and Wave characteristics
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WAVES

172178 In a stationary wave all particles

1 vibrate in S.H.M. of same period and same amplitude.
2 vibrate in S.H.M. of different period and different amplitudes.
3 except at nodes vibrate in S.H.M. of same period but of different amplitudes.
4 except at nodes vibrate in S.H.M. of same period and same amplitude.
MHT-CET 2020
WAVES

172179 The correct statement about stationary wave is that

1 displacement at antinode is minimum
2 displacement at node is maximum
3 displacement at node is maximum and at antinode is zero
4 displacement at node is zero and at antinode is maximum
MHT-CET 2020
WAVES

172196 A standard wave pattern can be represented by an equation like.

1 $y(x . t)=2 A \sin k(k x-\omega t)$
2 $y(x . t)=A \sin (k x-\omega t)+A \cos (k x-\omega t)$
3 $y(x . t)=A \sin k x \operatorname{cox} \omega t$
4 $y(x . t)=A \sin (k x+\omega t)+A \cos (k x-\omega t)$
TS EAMCET (Medical)-02.05.2018
WAVES

172209 When a wave undergoes refraction?

1 Its frequency changes
2 Its amplitude changes
3 Its velocity changes
4 Both amplitude and frequency change
COMEDK 2017
WAVES

172210 The shape of wave front at a very large distance from source is

1 Circular
2 Spherical
3 Cylindrical
4 Plane
GUJCET 2017
NEET DIGITAL LIBRARY
WAVES

172178 In a stationary wave all particles

1 vibrate in S.H.M. of same period and same amplitude.
2 vibrate in S.H.M. of different period and different amplitudes.
3 except at nodes vibrate in S.H.M. of same period but of different amplitudes.
4 except at nodes vibrate in S.H.M. of same period and same amplitude.
MHT-CET 2020
WAVES

172179 The correct statement about stationary wave is that

1 displacement at antinode is minimum
2 displacement at node is maximum
3 displacement at node is maximum and at antinode is zero
4 displacement at node is zero and at antinode is maximum
MHT-CET 2020
WAVES

172196 A standard wave pattern can be represented by an equation like.

1 $y(x . t)=2 A \sin k(k x-\omega t)$
2 $y(x . t)=A \sin (k x-\omega t)+A \cos (k x-\omega t)$
3 $y(x . t)=A \sin k x \operatorname{cox} \omega t$
4 $y(x . t)=A \sin (k x+\omega t)+A \cos (k x-\omega t)$
TS EAMCET (Medical)-02.05.2018
WAVES

172209 When a wave undergoes refraction?

1 Its frequency changes
2 Its amplitude changes
3 Its velocity changes
4 Both amplitude and frequency change
COMEDK 2017
WAVES

172210 The shape of wave front at a very large distance from source is

1 Circular
2 Spherical
3 Cylindrical
4 Plane
GUJCET 2017
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WAVES

172178 In a stationary wave all particles

1 vibrate in S.H.M. of same period and same amplitude.
2 vibrate in S.H.M. of different period and different amplitudes.
3 except at nodes vibrate in S.H.M. of same period but of different amplitudes.
4 except at nodes vibrate in S.H.M. of same period and same amplitude.
MHT-CET 2020
WAVES

172179 The correct statement about stationary wave is that

1 displacement at antinode is minimum
2 displacement at node is maximum
3 displacement at node is maximum and at antinode is zero
4 displacement at node is zero and at antinode is maximum
MHT-CET 2020
WAVES

172196 A standard wave pattern can be represented by an equation like.

1 $y(x . t)=2 A \sin k(k x-\omega t)$
2 $y(x . t)=A \sin (k x-\omega t)+A \cos (k x-\omega t)$
3 $y(x . t)=A \sin k x \operatorname{cox} \omega t$
4 $y(x . t)=A \sin (k x+\omega t)+A \cos (k x-\omega t)$
TS EAMCET (Medical)-02.05.2018
WAVES

172209 When a wave undergoes refraction?

1 Its frequency changes
2 Its amplitude changes
3 Its velocity changes
4 Both amplitude and frequency change
COMEDK 2017
WAVES

172210 The shape of wave front at a very large distance from source is

1 Circular
2 Spherical
3 Cylindrical
4 Plane
GUJCET 2017
For More Updates join with Us
NEET Test Series from KOTA - 10 Papers In MS WORD WhatsApp Here
WAVES

172178 In a stationary wave all particles

1 vibrate in S.H.M. of same period and same amplitude.
2 vibrate in S.H.M. of different period and different amplitudes.
3 except at nodes vibrate in S.H.M. of same period but of different amplitudes.
4 except at nodes vibrate in S.H.M. of same period and same amplitude.
MHT-CET 2020
WAVES

172179 The correct statement about stationary wave is that

1 displacement at antinode is minimum
2 displacement at node is maximum
3 displacement at node is maximum and at antinode is zero
4 displacement at node is zero and at antinode is maximum
MHT-CET 2020
WAVES

172196 A standard wave pattern can be represented by an equation like.

1 $y(x . t)=2 A \sin k(k x-\omega t)$
2 $y(x . t)=A \sin (k x-\omega t)+A \cos (k x-\omega t)$
3 $y(x . t)=A \sin k x \operatorname{cox} \omega t$
4 $y(x . t)=A \sin (k x+\omega t)+A \cos (k x-\omega t)$
TS EAMCET (Medical)-02.05.2018
WAVES

172209 When a wave undergoes refraction?

1 Its frequency changes
2 Its amplitude changes
3 Its velocity changes
4 Both amplitude and frequency change
COMEDK 2017
WAVES

172210 The shape of wave front at a very large distance from source is

1 Circular
2 Spherical
3 Cylindrical
4 Plane
GUJCET 2017
NEET DIGITAL LIBRARY
WAVES

172178 In a stationary wave all particles

1 vibrate in S.H.M. of same period and same amplitude.
2 vibrate in S.H.M. of different period and different amplitudes.
3 except at nodes vibrate in S.H.M. of same period but of different amplitudes.
4 except at nodes vibrate in S.H.M. of same period and same amplitude.
MHT-CET 2020
WAVES

172179 The correct statement about stationary wave is that

1 displacement at antinode is minimum
2 displacement at node is maximum
3 displacement at node is maximum and at antinode is zero
4 displacement at node is zero and at antinode is maximum
MHT-CET 2020
WAVES

172196 A standard wave pattern can be represented by an equation like.

1 $y(x . t)=2 A \sin k(k x-\omega t)$
2 $y(x . t)=A \sin (k x-\omega t)+A \cos (k x-\omega t)$
3 $y(x . t)=A \sin k x \operatorname{cox} \omega t$
4 $y(x . t)=A \sin (k x+\omega t)+A \cos (k x-\omega t)$
TS EAMCET (Medical)-02.05.2018
WAVES

172209 When a wave undergoes refraction?

1 Its frequency changes
2 Its amplitude changes
3 Its velocity changes
4 Both amplitude and frequency change
COMEDK 2017
WAVES

172210 The shape of wave front at a very large distance from source is

1 Circular
2 Spherical
3 Cylindrical
4 Plane
GUJCET 2017