“oscillation”簡單造句，oscillation造句子

A certain oscillation set all the horizons of his brains in motion.

And I couldn't be happier, because this tells me that the motion is that of a simple harmonic oscillation.

It basically posits that electrons and quarks are not objects, but one-dimensional strings, whose oscillation gives them their observed qualities.

And we discussed the vertical oscillation.

It's clear that you're going to see a simple harmonic oscillation.

And we're going to calculate the period of oscillation of the torsional pendulum, and they have wonderful properties.

The time series of temperature are expected to be the longest possible so as to examine various modes of oscillation periods.

I'm going to make you see this oscillation first.

For instance, let's consider the sine wave, or sinusoid, a mathematical function that describes a smooth repetitive oscillation.

They "want" to oscillate at a given frequency in the same way that a violin string does — a small amount of energy fed into the system, in almost any form, creates the oscillation.

If the acceleration goes down, the period of oscillation goes up.

We know the initial conditions, and we know it's a simple harmonic oscillation, and we want to know what the maximum displacement is going to be.

Well, you can think about the physics, actually. When I start this oscillation, I have a choice of two things.

So what is the period of an oscillation?

So if now I hang on it a mass of one kilogram, I can calculate the period of one oscillation, and one over the period F is the frequency F, and I believe that is something like 38 hertz.

So I will allow it one oscillation first.

Critically, they found that when the gas was heated a tiny fraction (only by millionths of a degree Kelvin), the oscillation slowed, signifying an increase in viscosity.

I'm going to offset it, the liquid, and I wanted to see it oscillate, and I wanted to see whether I could calculate the period of the oscillation.