The island was originally circular in shape.
这个岛原先为圆形。
The new device emits a powerful circular column of light.
这个新装置发出一束强烈的环形光柱。
There's a circular track that goes right around the park.
公园周围有一条环形跑道。
它也不完全是圆形的。
What is uniform circular motion?
什么是匀速圆周运动？
Now, circular orbits are special.
圆形轨道非常特殊。
有一个环形轨道。
Why the wedding ring is circular?
为什么结婚戒指是圆形的？
LogType设置为循环。
There may be a circular argument there.
这大概是个循环论证。
For performance choose circular logging.
出于性能的考虑，请选择循环日志记录。
Let's now turn to uniform circular motion.
现在我们讲讲匀速圆周运动。
Remember, from the uniform circular motion.
从匀速圆周运动来看。
In this case you could use circular logging.
在这种情况下，您可以使用循环日志记录。
But no physical object is perfectly circular.
然而任何物体都不是完美的圆形。
I think ultimately it pretty clearly is circular.
我认为这很明显，它最终只是循环论证。
If it's square then it's not circular. And so on.
如果是方的，那么就不是圆的。
Now let's look at an example of a circular reference.
现在，看一个循环引用的示例。
This is a circular argument: high rates mean more defaults.
这是一个循环的论证：高额的利率意味着更多的违约。
We jog along the same circular track at a steady pace daily.
我们每天以一个稳定的速度在相同的圆形跑道上慢跑。
Today we will discuss what we call "uniform circular motion."
今天我们将讨论，我们所说的“匀速圆周运动。”
The granaries themselves are circular and quite sophisticated.
这些小谷仓本身是圆形的，构造精良。
You've got negative charge in motion, and it's in a circular orbit.
负电荷在运动，它们处在一个环形的轨道中。
Is a magnificent structure with a square base and a circular top.
是一个拥有方底圆顶的雄伟建筑。
As these two code samples show, circular references are easy to create.
正如这两个代码示例所示，循环引用很容易创建。
Thee earth moves in an approximately circular orbit around the sun.
地球在一个近似正圆的轨道上绕着太阳运行。
It will not release structures that are a part of a circular data structure.
无法释放作为循环数据结构的一部分的结构。
It will not release structures that are a part of a circular data structure.
无法释放作为循环数据结构的一部分的结构。
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