Search results
Results from the WOW.Com Content Network
Introducing a coordinate system centred in the position of the cusp, the equation of motion is given by: = [() + ()] = [ ()], where is the angle that the straight part of the string makes with the vertical axis, and is given by = (), = =, where A < 1 is the "amplitude", is the radian frequency of the pendulum and g the ...
Deliberate oscillation on the cusp formed between Ma-Ma# and Ni is commonly heard. In the Gwalior tradition of singing, and among many dhrupadiyas ...
The oscillation of a function at a point quantifies these discontinuities as follows: in a removable discontinuity, the distance that the value of the function is off by is the oscillation; in a jump discontinuity, the size of the jump is the oscillation (assuming that the value at the point lies between these limits of the two sides);
Oscillation is the repetitive or periodic variation, typically in time, of some measure about a central value (often a point of equilibrium) or between two or more different states. Familiar examples of oscillation include a swinging pendulum and alternating current .
This is the differential equation for a cycloid when the vertical coordinate h is counted from its vertex (the point with a horizontal tangent) instead of the cusp. To find the solution, integrate for x in terms of h :
The period of oscillation of all three variables (e, i, ω – the last being the argument of periapsis) is the same, but depends on how "far" the orbit is from the fixed-point orbit, becoming very long for the separatrix orbit that separates librating orbits from oscillating orbits.
Bloch oscillation is a phenomenon from solid state physics. It describes the oscillation of a particle (e.g. an electron ) confined in a periodic potential when a constant force is acting on it. It was first pointed out by Felix Bloch and Clarence Zener while studying the electrical properties of crystals.
For = the highest waves occur, with a cusp-shaped crest. Note that the highest (irrotational) Stokes wave has a crest angle of 120°, instead of the 0° for the rotational trochoidal wave. [3] The wave height of the trochoidal wave is = ().