Transverse and longitudinal waves travel with
Different speeds in the same medium
Same speed in same medium
Same speed in different media
All the above
A wave can be transverse or longitudinal. This depends on
The direction of its oscillation
The direction of its propagation
The direction of gravitation
The wave itself
During wave motion
Particle in the medium move from one place to another
No change in the position of particles
Particles in the medium undergo vibration
Particles get detached from the medium
If the particle in a medium vibrate or oscillate, perpendicular to the direction of wave motion, then
Transverse are formed
Longitudinal waves are formed
Stationary waves are formed
No waves are formed
Electromagnetic waves require
Water as medium
Wood as medium
Air as medium
No medium to propagate
When a stationary wave is formed, its frequency is
Same as that of individual waves
Twice that of individual waves
Half that of individual waves
Independent of that of individual waves
A wave is a disturbance or oscillation that travels through space and matter, accompanied by a transfer of
Matter
Electron
Proton
Energy
The rings or ripples produced on the surface of the water are examples for
Longitudinal waves
Surface waves
Electro magnetic waves
Stationary waves
A wave is a mode of transference of
Atoms
Electrons
Ions
Standing waves are formed on a string when interference occurs between two waves having
The same amplitude traveling in the same direction with no phase difference between them
The same amplitude traveling in the opposite direction with no phase difference between them
Different amplitudes traveling in the same direction
Different amplitudes traveling in the opposite direction
