pendulums

So the program that generates the output of the simulation of the pendulums is a compression of it's output.

Speaking of swinging pendulums in content management systems and wrong things, don't you ever get sick of http(s)?

The first fax machine was made using synchronized pendulums and large pieces of paper with black and white rectangles.

A bicycle actually consists of two inverted pendulums (the frame and the fork) joined by a hinge.

My guess: because the abstract double pendulum is a model that only approximates real double pendulums.

Like the article says about gyroscopes, tilted pendulums move in an odd but predictable way.

For many positions of the sliders the movement seems very erratic, the pendulums suddenly bounce back or accelerate without any apparent reason.

I assume you can plot the y-axis position of the pendulums over time easily enough, and detect cross-overs...

Control systems could have you build robots or invert pendulums or do any other damn fool cool thing that requires signal transforms.

I think that's why he was proposing tiny pendulums where those effects can be excluded.

If you look into the study of the Shortt-Synchronome clock, you'll see it's actually talking about the gravitational effects of the sun and moon on pendulums.

Now, if it was a system which balanced the spirographs and double pendulums in a tangible and describable way as to produce a finely balanced effect.

Pendulums swing back the other way, though, when there's a game-changing advantage to be had.