A
B
C
D
Text Solution
Verified by Experts
The correct Answer is:
|
Topper's Solved these Questions
SEMICONDUCTORS
NIKITA PUBLICATION|Exercise MCQS|350 VideosView PlaylistSURFACE TENSION
NIKITA PUBLICATION|Exercise Multiple Choice Questions (Question Given in MHT-CET )|31 VideosView Playlist
Similar Questions
Explore conceptually related problems
Knowledge Check
A
B
C
D
Submit
A
B
C
D
Submit
A
B
C
D
Submit
Similar Questions
Explore conceptually related problems
NIKITA PUBLICATION-STATIONARY WAVES -MCQs
- When progressive waves travelling through a medium which are incident ...
03:37
|
Playing Now - When progressive waves travelling through a medium which are incident ...
01:31
|
Play - Stationary waves can not be produced in a
02:14
|
Play - Stationary waves are formed due to super position of two identical pro...
03:42
|
Play - In stationary waves , every particles performs
03:21
|
Play - In a stationary waves, the period of each oscillating particles is
03:50
|
Play - In a stationary waves, the amplitude of vibrating paticles
03:35
|
Play - The distance between any two successive nodes or antinodes in stationa...
02:36
|
Play - The distance between any two successive nodes or antinodes is
05:33
|
Play - All the particles in a loop of a stationary waves are
03:21
|
Play - The velocity of the stationary waves is
03:40
|
Play - In a stationary waves, the pressure variation is maximum at
05:01
|
Play - In a stationary waves, the pressure variation is minimum at
03:17
|
Play - The pressure antinode in a stationary waves is a
05:35
|
Play - The pressure node in a stationary waves is a
03:14
|
Play - The energy can not be transfer in a stationary wave, due to
03:30
|
Play - Particle velocity at the node point in a stationary waves is
01:57
|
Play - In stationary waves, the maximum strain is at
01:31
|
Play - The adjacent particles in the loop of stationary waves are
02:57
|
Play - The antinode is
03:12
|
Play