relation between particle velocity and wave velocity

The distance traveled by a wave in one second is termed as its velocity, it is generally denoted by the letter 'c..

Figure below gives different routes that Jack can choose from his house to school. Jack goes regularly to school by car, with an average speed of 60 km/hr. Is it possible to find out the time required to reach the destination? Yes, you can definitely find out the time using the relation, ..

Figure below gives different routes that Shyam can choose from his house to school. ..

Wave velocity is defined as the distance traveled by the wave in one second. Or Wave velocity = Wavelength frequen..

Relative Velocity in the Case of Two Velocities Inclined to Each Other..

Velocity-distance relation, v 2 - u 2 = 2as - u = initial velocity v = final velocity a = uniform acceleration s = distance covered We know that Integrating the above equation and applying the limits which are at s = 0, initial velocity = u after a ..

takes place in time D t. The average velocity of the particle is given by The instantaneous velocity is given by The instantaneous velocity vector is always tangential to the trajectory at the point that locates the particle position. Next, let us u..

When both the cars are moving in the same direction, i.e., q = 0 0 degree..

Suppose a particle P is moving in a circle as shown below. Let O be the centre and OX be the X-axis. The position of the particle may be described by the angle q . Let the particle move to the position q + d q in a time dt. Assume that the particle keeps..

Layer 1 travels with maximum velocity and layer 4 travels with minimum velocity. According to Newton, the tangential force between two layers, say A and B, separated by a distance dx, is directly proportional to the velocity gradient and also to the area of the laye..