sinusoidally

This angle varies sinusoidally through the year and is called B0.

A bouncing ball on a sinusoidally vibrating table is an example of a chaotic system.

The sections are numbered sinusoidally starting from the southeast corner of the township.

Well every biologist knows why you want to do that, it's so you can swim sinusoidally like a fish.

For our second example we shall take a magnetic field varying sinusoidally both in space and in time:.

Frequency is the number of times the screen cloth sinusoidally peaks and troughs within a second.

Although it is not strictly necessary, most work is done with stimuli that vary sinusoidally in space or time.

Men are not filter-feeders swimming sinusoidally in water.

But when the electrons move backward and forward (oscillates sinusoidally) how is the current flow in one direction?

Other systems work with a sinusoidally modulated light source instead of the pulse source.

The velocity at a point fixed relative to the obstacle varies periodically and roughly sinusoidally.

The sample is then physically vibrated sinusoidally, typically through the use of a piezoelectric material.

Finally, V' is sent through a low-pass filter to remove any sinusoidally oscillating terms.

In this way, one selected phase of a sinusoidally varying movement is selectively images as a "snapshot".

The two waves interfere giving a straight line fringe pattern whose intensity varies sinusoidally across the medium.

If the detuning exceeds , becomes purely imaginary and varies sinusoidally.

In a normal alternating current power system, the voltage varies sinusoidally at a specific frequency, usually 50 or 60 hertz.

A one-cable serpentine is simply a cable that moves sinusoidally left and right as it progresses.

The alternating transverse force makes the free electrons move sinusoidally, radiating photons in the forward direction.

This is the same as a sinusoidally varying condensate in the gauge where the vector potential is zero.

It is more convenient to apply a sinusoidally varying voltage to the sample and to study the dipole polarization under steady state conditions.

When this Doppler shift is converted to relative velocity it turns out that the velocity varies sinusoidally with time.

This arrangement shows that when the drive-wheel rotates uniformly, say clockwise, the shaft moves sinusoidally up and down.

These voltages occur because the permanent-magnet flux linking each winding varies sinusoidally with the position of the rotor.

However, it is by no means the only way to represent the electric field, which may also be represented as a spectrum of sinusoidally varying plane waves.