How to pronounce “hertz” in English

This is the greatest thing since sliced bread.Hertz, probably the best experimentalist of the late 19th century, student of Helmholtz, basically says at his laboratory in the University of Bonn,

Hertz here to speak to us, as part of our 2010 physically fit initiative.Uh, Fred is a well known bay area lawyer who specializes in legal and financial issues pertaining to same sex and unmarried straight couples.

movie, "A Serious Man." And then more recently, someone I know-- you portrayed the Mac programming genius AndyHertzfeld in "Steve Jobs." Sure look forward to getting some perspective on that.And of course, in "Trumbo" that deeply conflicted and key role of the actor Edward G. Robinson.

7,500 milliamp-hour silicon carbon battery, all of the RAM, all of the storage, triple 50-megapixel cameras, and then a nearly 3-inch, 1,000-nit,120-hertz screen on the back, which is more useful than ever at this size.You can get notifications on it.

This is the greatest thing since sliced bread.And Hertz figures out how to detect those radio waves, those electromagnetic waves.

This is the greatest thing since sliced bread.And Hertz walked around his laboratory with this ring, and he basically detected radio waves

Apropos of your daughter being able to take her computer apart, in 1984, Stanford, the Macintosh has come out.Andy Hertzfeld comes to give a talk about it.And he goes, look at this box.

And so we tried other shapes.We sent 563 Hertz into the same plate of sand, and it became this shape.And then, we realized we might try and send the golden ratio-- 963-- which is of great significance in math

Well, basically what they do is they take wall frequency of, let's say, 120 hertz or 240 hertz, and they convert it to potentially different speeds.So 2,000 hertz, 1,000 hertz, and so on.So frequency converters actually change the frequency in order to run on devices at faster frequencies.

And people are quite curious.It's not Hertz or Avis where you pull the car and somebody makes sure it's clean-- somebody makes sure it's full of fuel.

It's all over the place.96 kilo hertz, 192?

And that it just continues like this all the way down it.The noise you hear is exactly 120 hertz.That's the frequency at which electron pulses are generated underneath this building, 120 pulses a second.

- When you shrink down to smaller scale, your fly wing frequency goes up higher.So we are at the 400 hertz range.- Which is right in between a honeybee and a mosquito.

Just by the nature of space and time, everything gets stretched and squeezed into an infinitely thin line.You see some down at about 30 hertz and then all the way up to a strong one at about 100 to 150.

Just by the nature of space and time, everything gets stretched and squeezed into an infinitely thin line.They're at about 150 hertz.

And here are different aspects of Astrobee.Low-level control loop operating at 100 Hertz and in tune with the IMU and a lot of the the high rate information.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.Sets it up to 1,400 Hertz, or tries to, 15 minutes, and then puts them back to normal and back to sleep.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.Probably it might get to two hertz.

bits and bytes; cogno, neurons.The brain frequencies are 1 hertz, 10 hertz, 100 hertz.

If you run them at 100 Hertz, your going to pretty much match what the brain can do.

It’s from 8 to 12 hertz when you sitting with your closed eyes and try to relax and try to take all your worries away.

If you vibrate the robot hand at 6.4 hertz, the mechanism is quickly going to switch back to its original state and minimize the vibrations.

The slightly faster max refresh rate of 120 hertz versus 100, it's appreciated.

--and they make all these little vibrations from 10 Hertz to 1,000 Hertz.

And it actually saves that data.And it makes sure that the motors are running between 807 hertz and 1,210 hertz.Which, by the way, guess what, is the frequency range for making cotton candy.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.They might reach around 1,300 and something Hertz.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.Why would you push the motors up to 1,410 Hertz?

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.So basically, 1,380 Hertz is a resonance frequency that should cause these tubes to explode.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.So even if they don't reach 1,410 Hertz, if they get fast enough, they could actually cause a lot of damage, just because the vibrations become

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.So if you reduce it to roughly 2 Hertz, you're going to be going really slow.

And it was coined into a book called "Hertzian Tales" by Professor Anthony Dunne and Fiona Raby, his partner.

Your house supplies AC power at a frequency of 50 or 60 hertz, so that corresponds to a wavelength of about 5 to 6,000 kilometers,

Just by the nature of space and time, everything gets stretched and squeezed into an infinitely thin line.You remember, I was at about 150 hertz.

But a fixed frequency signal during that time would chirp about 10 hertz.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.Now, again does it really get to 2 Hertz?

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.As it turns out, 1,380 Hertz is a resonance frequency.

So it's monitoring and making sure further that not only is it connected to more than 155 devices, but those devices are spinning really, really fast.hey, I'm spinning at 1,380 Hertz, what Stuxnet sends to the Windows computer is the original recorded data of the original 1,000 Hertz speed.

Trusting in the beauty of the theory, Hertz both produced and observed radio waves.

This is the greatest thing since sliced bread.And everybody else in this time period that knew about Maxwell's work and Hertz's work was also interested in power applications.

And ee has a set of formants out here at 2,000 and 3,000 hertz out here.

Guess what? The 3,000 hertz is where the human ear canal resonates.

If you do DC, from 10 Hertz to 20 k, the thing will measure 1/2 ohm.

They actually would match your alpha wave which is from 8 to 12 hertz.

and found out that the room was exactly half the length of a 19 Hertz wavelength, which is some 30, 33, 30 -something feet, I believe. And the lab was half of that.

And this is in, like, a 40-Hertz bandwidth, which is enough to control, for example, farm tractors.

Just by the nature of space and time, everything gets stretched and squeezed into an infinitely thin line.--a peak, you see, at about 128 hertz.

There is no RAM that it's refreshing constantly, like 60 Hertz or something.

So, again, we're replacing the Hertz and Europcar model with a crowd-based model, but a platform aggregates micro-entrepreneurs of sorts who are

And the fast frequency in the range of 32 to 48 cycles a second, or hertz, which drops off in REM sleep,