Then increase your pace to 60 rpms and hold it steady for about 20 minutes.

然后逐渐增加到每分六转，并以此速度持续分。

Finally, slow down to 40 rpms or less for about five minutes.

最后，将速度降到每分四转或少于四转，持续约五分。

Bring the RPM up a little bit.

把RPM调高一点。

The engines spin at about 60,000 RPM, producing about 15 pounds of instantaneous thrust.

该引擎每分转动6万次，大约能够产生15磅的瞬间推力。

Yep. At 3400 RPM. It can cut through steel like it was wubber.

对，3400转每分。它切钢就像切橡皮一样。

Try changing up at 5,000 RPM, not two.

等五千转的时候再换挡 别两千转就换。

If you make the stroke of the crankshaft shorter, you're going to lose torque, but you'll be able to gain RPM.

如果你缩短曲轴的冲程，你就会失去扭矩，但你将能够获得RPM。

And the RPM, again, you can see here exactly what that means.

而每千次展示收入，你可以在这里看到它的具体含义。

Somewhere between 1,500 and 2,000 rpm will do it.

在 1，500 到 2，000 rpm 之间的某个地方就可以了。

120,000 rpm. That's equal to 30,000 g-forces.

120,000 转/分。这相当于 30, 000 个重力。

So this is at 33rd and 1 3rd RPM, which means rotations per minute.

所以这是以每分33又1/3转的速度旋转，即每分旋转次数。

And the propeller behind that beam is high RPM.

而且那根梁后面的螺旋桨是高转速的。

And then we had constantly thought about, well, do we just leverage RPM?

然后我们一直在思考，我们是否只需要利用RPM？

You have- And for people who don't know, RPM is- Red Hat's package manager.

你有——而且对于不知道的人来说，RPM是Red Hat的包管理器。

Or how do I fix the wind turbine's low RPM issue?

如何解决风力涡轮机低转速问题？

The cars, they rev up to 40,000 rpm.

这些赛车，它们的转速能到40,000转每分。

So the first question to teach yourself, I teach at this thing called RPM.

因此，第一个要教会自己的问题是，我在名为RPM的课程中教授的。

RPM means Results-Focused, Purpose-Driven, Massive Action Plan, or the Rapid Planning Method, RPM.

RPM代表结果导向、目标驱动的大规模行动计划，即快速规划法（Rapid Planning Method）。

Because inside there's a 16 pound flywheel that's spinning at 3600 rpm.

因为内部有一个以3600转/分旋转的16磅飞轮。

Power peaks at 8,250 RPM, while torque peaks at around 5 grand.

功率峰值为 8,250 RPM,而扭矩峰值约为 5 千转。