This tube vibrates in response to sound waves.

遇到声波它会震动。

They send sound waves through the ocean, right?

它们通过海洋传播声波，对吧？

This is a sound wave of me saying " hello."

说“hello” 声波是这样的。

Sound waves make the device's flat metal area shake.

声波使设备平坦的金属区域产生震动。

Vibrating objects produce energy in the form of sound waves.

振动的物体以声波的形式产生能量。

This will dampen the sound waves trying to hit your eardrums.

耳塞能阻隔试图穿过你耳膜的声波。

It's bouncing back and forth in response to sound waves.

它在响应声波时来回反弹。

Thunderer's sound waves from Jovian storms might be the answer.

木星风暴的声波可能是问题的答案。

Secondly when you speak you are producing sound waves, which propagate through the air.

第二个层面，当你说话的时候，你会发出声波，声波在空气中传导。

So what you've got is you've got an incoming sound wave.

所以你得到的是一个传入的声波。

It sends sound waves throughout the ocean to know where other objects are.

它在整个海洋中发送声波来知道其他物体的位置。

Let's go back to those sound waves from before.

我们再看看之前的那些声波。

The internal ear has tiny hair cells that help sweep the sound waves ahead.

耳内有微小的毛细胞，可以帮助将声波扫向前方。

See, every sound travels in the form of a wave, also called a sound wave.

所有声音都是以波的形式振动传播，所以也叫声波。

When a sound wave reaches your ear, it now causes your eardrum to physically vibrate.

当声波到达你的耳朵时，它会导致你的耳膜振动。

See, sound waves, like light waves, have peaks and valleys.

声波跟光波一样，有波峰和波谷。

And because many owls' ears are positioned asymmetrically, sound waves reach them at different times.

而且由于许多猫头鹰的耳朵位置不对称，接收到的声波时间也是不同的。

Since then, they have used sound waves and even satellites to map this massive body of water.

从那时起，他们就一直在利用声波甚至卫星来绘制这片巨大的水域。

But, for the first time, astronomers have extracted these sound waves and made them audible.

但是，天文学家第一次提取了这些声波，并使它们能被人类听见。

So this, sounds different than this, because different vibrating objects produce differently shaped sound waves.

所以这个听起来和这个不一样，是因为不同的振动物体产生不同形状的声波。