And all the bite marks are on one bone, the humerus, the upper arm bone. kilo . Like a juvenile Triceratops can still weigh a ton- ...and be the size of a rhino. They're not that fast, and
First, let's go to Brazil. The Brazilian Amazon is huge. It's 5 million square kilometers, roughly 2/3 the size of the United States. And it's brimming with rich biodiversity, countless indigenous communities, and it's the home of about
The image we have about strength and like achieving things and getting stuff done, I think is still very old-fashioned. And in a way, the kilogram or you know weight amount that you lifted but it was doing other things. It was like for example just having a certain attitude that takes a
I mean, you look at some of the caves that have been painted, and for one of our forebears to have to travel sometimes kilometers in darkness through underground waterways to find various surfaces on which they would paint various kinds of beings that didn't even exist in the real world, perhaps, why in the world would they do it?
I gather what it's about is they sent basically miners to space. kilometers in size. So it's no big.
So right around March, April, they start coming up in the forest and people-- in Chiang Mai, I lived in a small village about 20 kilometers north of Chiang Mai. And during het-top season, if you try to go to the market in the village, as soon as the het-top start popping up,
2 and 1/2. 2 and 1/2. Kilos . 2 and 1/2 kilos , so that's about six pounds or so.Any the other guesses?
So we have surveys that are about to start in the next decade that will produce precise maps of our Milky Way out to distances of around 10 kiloparsecs or so. The survey that I want to spend a little bit of time on today is known as the Sloan Digital Sky Survey. It started in 1998, actually the same year that Google started.
Because we know where the spacecraft is now. kilometer uncertainty in its position in order to fly by the Moon at 50 kilometers and not hit the Moon.
Because we know where the spacecraft is now. kilometers or a couple of million kilometers to be able to determine the distance.
This is a funny chart, theoretical versus practical specific energies. Specific energies is just the amount of energy I can pack per kilogram of battery, okay? So just as a reference I have octane gasoline. Gasoline we're way far away from gasoline today, okay? And gasoline so if I want to power a car 400 miles, right? If I want to move a car 400 miles on a single charge for example with an electric
It really involves critical mass of people like you guys sitting around thinking through the problems much like Boyle and Smith did back in the late 60s. And my concern kilowatt hour unsubsidized. So to your point before, if you ask me it's somewhere between 2017 and 2050. If you'd asked me what the ideal would be, I'd say
the curve you enter your 20s right um so I mean on one of the axis it's it's kilograms so just double that uh amount and then you have age from 20s to 74 right so you see over a lifetime you have to be careful because this really
house I got an electric rate that was a penny and a half 2 and a half and on Peak during the summer it was 18 cents a kilow hour from noon to 6:00 p.m. every day during the summer week and know if you looked at that 18 cents you're probably all paying about 10 or 11 you'd say no I don't want that well let me tell you I save 10% on my Elric bill
yield is so low that a true high level agarwood oil cost over fifty thousand dollars a kilo oh wow a kilo of Patchouli oil costs fifty dollars so it's one to one thousand right wow for what it's worth uh story was also so um I felt so sad well not sad I guess but it was it
And it started being magical as people started really getting better. - 70 kilo ! Body weight!
96 kilo hertz, 192?
one kilo sometimes, at 2 and 1/2 pounds or even smaller than that.
every kilo you travel with so that brought me up the idea to to to make a
300 kilovolts, these electrons?
640 kilobytes. - Yeah, 640K is the maximum that's ever gonna be available, so it's not what's available to you as an operating system developer, because whatever you use is what the user won't
Square kilometers, namely the length of the line of contact or delimitation line.
A kilowatt hour is a unit of electrical energy produced.
A kilogram of beef creates 15,000 liters of water.
80 kilometers in distance.
four kilometers of ice sheet grinding over your cities.
8 kilometers is not a big deal.
10 kilograms in mass is the target for its size and mass.
90 kilometers, 50 or 60 miles.
Five kilometers away, watching safely in their observation tower, his family, friends, and peers were all waiting for him to commit suicide.
250 kilowatt hours. How does it work out in actual dollars?
1 kilohertz. My telephone has achieved of 3 gigahertz.
cubic kilometers of Arctic sea ice has completely disappeared.
120 kilom per hour and that's so you're
next kilometer and so forth.
50-kilometers wide, if not wider, it's more than a mile deep, and it's absolutely clear water. It's one of the most pristine lakes that you will find
It weighed over a kilo .
We buy a kilo of tomatoes like every day or two.
And eight kilo worth of rope and emergency gear.
connected to a 5 kilo computer and a pair of headphones that was scaling down the frequencies of light to audible frequencies. So I was able to hear a
for a kilo of meat.
But thinking of a kilo of a Bugatti is interesting because it's going to teach us an important lesson about the nature of information
about a full kilo and a half.
About 50 pence a kilo .
is a kilo of lamb?
So 250,000 kilocalories per day.
linked by over two kilometers of transmission line.
And at 1,200 kilometers above the Earth, very different satellite positions can produce almost identical patterns on the ground.
From about 36,000 kilometers up, a single one can see a huge portion of the Earth at once.
around 250 kilometers per hour.