For sound waves, the information can be represented on three graphs. Namely: Pressure-distance, Displacement-Distance and Displacement-Time graphs. Since sound waves consist of a series of compressions (high pressure) and rarefactions (low pressure), these information can be represented on a pressure-distance graph. For a displacement-distance graph, you can get the (1) amplitude and (2) wavelength of the sound waves. For a displacment-time graph, you can get the (1) amplitud

A transverse wave that you see, e.g. a water wave, can be represented on a displacement-distance(position) graph and a displacement-time graph. The two physical quantities you can determine from the displacement-distance(position) graph are: 1) amplitude, and 2) wavelength The two physical quantities you can determine from the displacement-time graph are: 1) amplitude, and 2) period Displacement-distance graph actually represents the real transverse wave. It shows the particl

Answer: Option C

Answer: Option B

As the reference height is at B, so above that reference height is considered positive, and below the reference height it is considered negative. Hence the height-time graph is as such. Consider a vertical oscillating object, similar to the simple pendulum, the middle is the fastest.

Answer: Option A Once the water wave is produced, frequency of the wave remains constant even when it travels from deep to shallow or...

Answer: Option B Refer to the video explanation

Answer: Option B Wavefront is an imaginary line that joins all identical adjacent points that are in phase. So if you assume the circular...

Once the wave is produced, the frequency remains constant. Hence speed V of the wave is directly proportional to the wavelength of the...

Transverse waves are waves in which travel perpendicular to the direction of vibration of particles.

Answer: Option D

Though slinky coil is commonly used to demonstrate transverse and longitudinal waves, you must not quote it as an example for either of...

Wavefront is an imaginary line which joins all identical adjacent points (e.g. crests) in phase . Note that the distance between two...

Instead of imaging how the particles will move and guess their motion, there is a technique which can help you to determine that. In...

In this this question, the displacement-time graphs are given, which are different from displacement-distance graphs. In the...

When an object is oscillating or vibrating in a wave motion , the speed of the object varies along the path. In this video, there are...