and that's kinda nice, that's kinda nice. i remember--i used to prospect for uranium out in colorado and i didn't know my physics then. and we used to be on san luis valley and go up to the sangre de cristo mountain range, and that's where we had some uranium claims. and we drive up there all the time and there always be clouds right over the mountain peaks. and you get up there and it's cold and damp and everything. and out in the valley it's dry. and i used to-- "that's all mixed up. "why aren't the clouds over here where the farmers need them. who needs him up there?" i never knew why the clouds preferred to be near the mountain. as if the cloud was an entity in itself, looking for a place to go, you know? and i didn't know about this things then, but they always--that the air coming across the valley-- --water moisture, there they are, generated right up there. so that's nice on islands with mountains. people there can then have water to drink. i got a question for you. here's an island on the middle of pacific. it's just

but this is the relationship that these are tied together like that which is kinda nice, you know? in general, we just say speed and c was for the speed of light. on the 300,000 kilometers per seconds, is that a convention for the convenience of math or that the actual speed. it's almost that actual speed. it's 299 and i can't remember the numbers, but it's very, very close to 300,000 kilometers per second. yeah, it's not--now, that's rounded off. and you will find that later on in the book, what the presently accepted value is. it's close to that. did you ever wonder about a radio wave, how long maybe the wavelengths might be? the wavelength we saw over here is about less than a meter. there are radio waves in this room, gang, you'd be knowing that. how long are these waves? are they tiny, tiny? are they big, big? well, we can find out. we can find out because if speed is frequency times wavelength and the speed of a radio wave-- does anyone here know what the speed of a radio signal is that come from the radio antenna's downtown? anyone here know what the speed of those signals a

but this is the relationship that these are tied together like that which is kinda nice, you know? in general, we just say speed and c was for the speed of light. on the 300,000 kilometers per seconds, is that a convention for the convenience of math or that the actual speed. it's almost that actual speed. it's 299 and i can't remember the numbers, but it's very, very close to 300,000 kilometers per second. yeah, it's not--now, that's rounded off. and you will find that later on in the book, what the presently accepted value is. it's close to that. did you ever wonder about a radio wave, how long maybe the wavelengths might be? the wavelength we saw over here is about less than a meter. there are radio waves in this room, gang, you'd be knowing that. how long are these waves? are they tiny, tiny? are they big, big? well, we can find out. we can find out because if speed is frequency times wavelength and the speed of a radio wave-- does anyone here know what the speed of a radio signal is that come from the radio antenna's downtown? anyone here know what the speed of those signals a

hey, il show you something kinda nice forhat. here's a piece oiron. good conductor? yeah here's a piece of wood. good conductor? no. no. it turns out wood is a very, very poor conductor as wve talked about. i'm gonna put a piece of paper around this iron. i'm gonna light up my torch again. paper doesn't light on fe, gang. but if the paper is taken out like this, and it's flamin'. put it against the iron, it goes out. it's charred. that part lit up. oops. call the fire marshal. but what's gng on here, gang? well, let's try it with od let's try it with wood. our test. be checkin' the neighbor and see if the neighboknow why that paper didn't light. did yoever read the book by ray bradbury call fahrenheit 451? yes. that 451 is what? that's the temperature in frenheideees at which paper burns. that was about a book-burning book, yeah? watch this, gang. fire city. that thing iburning up. look at that all right.kay. why with the wood but not withhe metal? neighbor time, neighbor time. okay. what would be the answer, gang? heat transfer is-- most of the energy here went to w

. ♪ pampers. [ cheers and applause ] ♪ >> so, it's kinda nice to work up a sweat during a work out.es: i work out a lot and shower after, because that's what you are supposed to do, no matter how cool i make myself, i always continue to sweat after cleaning up. so, what's the point of showering if i am just gonna be gross right after? help! >> we decided to bring neta here to help her out with the post-work out sweating problem. netta, you have been working out during the show having your regular vigorous exercise session. you were sweating, i am saul uponing . >> u-- i am assuming. and you showered afterwards. >> uh-huh. >> it's 30 minutes and i am still sweating. especially on the back area. >> you know, one thing is, when you work out, of course, you are stimulating the autonomic nervous system. once the door is open, the flood gates go. you really need time. time is the best thing. probably a couple things you could do, once you finish working out and you take the shower, make sure you are going to a cooler environment, #1. #2, make sure instead of rubbing yourself dry - that ca

. >> it gives me discipline, a lot of confidence, a physical, nice body. >> kinda keeps you out of troublethings you're not supposed to when you don't have, like, nothing to do in your house, so... so i'll be here. >> i'm learning that you have to be aggressive and don't give up. >> gymnastics is a very, like, tough-minded sport, so i would say you get -- you'll be a well-rounded person when it comes to, you know, making good decisions and stuff like that. with the discipline from your coaches, it's just a big learning experience. >> another coach with top-level experience is stacie. after competing around the world, she's now helping these athletes to rise to their potential. >> and here, it offers for people for free for the community, for kids that would never have an opportunity to do this without being from some sort of background of gymnastics, so knowing someone who does it. >> this program in harlem started in 1996. over the years, thousands of kids have worn the iconic purple leotards. now even more want to come because a gymnast named gabby won olympic gold. >> and she didn't hav

yeah, it's a really nice transition from womb to world, you know. kinda like a big womb.beach. oh, no, it's actually really hygienic, creed. after the birth-- i'm done. me too. (michael) hey, hey, no, no, no. no, no, no. no, no. this is the birth story. it was beautiful. it was beautiful. this is a once-in-a-lifetime experience. [voice breaking] and i should have been there. i should have been there to witness this. i could have helped-- i know you're sad about this.

nice colors at sunset. isn't that neat? it, kinda, makes sense, doesn't it? here's another thing that makes sense too. when you look at the clouds, what color are the clouds normally? white. they're white. but there is no reason for that. did you know that? yes. there's no reason for the cloud being white is there, right? come on, come on, can anyone see why the clouds are white? if the clouds are white, what are you got to see, low frequency or high? [shouting] but what is gonna-- but if the clouds are all little teeny, teeny, teeny particles that will scatter high. so why aren't the clouds blue? because they don't-- my premise was off. i said, "if the clouds are little tiny, tiny, tiny particles." if the clouds, gang, is all tiny, tiny, tiny, particles, what are the clouds in fact? how many say, "well, in a cloud, "there's a whole assortment of sizes. "some get so big they absorb and they turn dark. and, honey, that's a thunder cloud coming up"? how many can see that? in the cloud, you get all kinds of sizes, yeah? all kind of sizes, all kinds of scattering, yes? and all kinds of scattering gonna lo

[higher-pitched voice] ♪ goodbye, toby ♪ it's been nice ♪ hope you find your paradise ♪ don't tell him i said this, but i always thought he was kinda goodbye, toby ♪ goodbye, toby ♪ goodbye, toby ♪ goodbye, toby ♪ not bad. oh, hey. thanks. someday i would love to hear beers in heaven. oh, okay. yeah. well, actually, too soon. it's, uh-- it's very sexual. [cell phone ringing] sorry. kevin. kevin, where are you? you missed my song, buddy. (kevin) yeah, michael, i'm at gerrity's. you have to come down here. just pay for it and we'll reimburse you when you get back. no, i-- i brought my money. michael, there's something that you need to see. what is it? just hurry. is he okay? yeah, he's at the supermarket. he needs me. yeah, well, the party, driving to the supermket-- it was a big day for him. yeah, that's true. don't move a muscle. i will be back momentarily. all right? [laughs] no, you can-- finish your drink and then i'll--okay. i'll be back. (jan) it was good to see you. it was great to see you, jan. okay. hello, jan. hello.michael. wow, kevin, really? we're--sorry. we're in the middle of a party. is this why you called me down he

nice? like a measuring cup, yeah? so any type object-- volume can be measured in this simple way. kinda makes sense, doesn't it? now, what i'm gonna do is this. i'm gonna repeat-- what i'm gonna do-- what i hope to do-- [laughter] --is i'm gonna dunk this in the water. and when i do that, this weight reading will go down, yeah? i mean, i can kinda show you over here. the weight reading does go down. would you say this-- that that loss of weight was equal to the support force? and that support force, we have a name for, it begins with b, f. - buoyant force. - buoyant force, okay? so the buoyant force can be seen by the loss of weight. i can't read that now, but read it now. read it now. subtracted to, there's a buoyant force, yeah? all right? i'm gonna do it over here on this overflow can, but i'm gonna catch the water that's displaced and i'm gonna weigh it. oops. [laughter] this is not gonna be perfectly accurate, okay? but note now what the reading is of just holding it. it looks like a little bit more than one newton holding up the empty cup. now, i dunk this in. this is losing weight, yeah? it's because i'm

nice run. a few weeks ago we were talking about how all the billionaires were saying to take some money off the table while the analysts were calling for a higher market. so i kindatheir lead. i took a little bit off the table and i'm looking for stuff that's more attractively valued. and wells fargo would be one of those names if it goes on sale i would like to buy. > >matt cavanaugh, thank you for your insights today. > >thank you. thank you for watching today. coming up tomorrow -- it's traders unplugged! join us as the guys tip us off on the latest chatter from the trading floor on stocks and more. from all of us at first business, have a terrific thursday! >> now, a paid presentation for the amazing new sheer cover studio mineral makeup, giving you radiant, flawless-looking skin in seconds. hosted by brooke burke-charvet, with special appearances by stars of "csi: miami," "scrubs" and "hall pass," "the young and the restless," and "the bachelorette." brought to you by guthy renker. imagine if you could make any flaw on your skin instantly disappear. what if you could have that beautiful, air-brushed glow that the celebrities have? and what if you could do it

nice. it makes ice less dense than water, and the ice will float. so you can go ice skating, gang. some people are kinda good at facts and figures. does anyone here know when it was that christoph columbus sail for america? you probably don't be knowing that year. how many people happen to know the year from their history? can i have a show of hands? one, two, three, four, five, six, six, seven, eight scholars. okay. it happened to be 1492, gang. do anyone happen to kn when the declaraon of iependence was signed in the united states? it's a pticular date. some people ha it engraved in their heads and some people say, "oh, i don't need to be knowing su thing." when was the declaration of independence signed? anyone know what year? ha a show of hands. i wanna see you is. show of hands. well, we got almost half the scholastic class here. it turns out to be 1776. some of us are good for remembering figures and some of us aren't. let's try something different. the temperature at the bottom of lake superior, new year's eve, 1900, does anyone in here happen to know what the temperature at the bottom of that la

kinda bothers me. it's like auschwitz there. auschwitz. you get down there you wanna get your crabs, you wanna get your lobsters or you go to fisherman's wharf and you wanna order a nice lobster dinner. now how do you-- what do you think that-- with that lobster you're eating, what do you suppose-- the fate of that lobster is before you eat it? they come out and say, "hey, do you want this one here?" and this old charlie go like this, you know, "hey, hey, not me, not me." [laughter] and take you on your charlie's. what do they do to that lobster? boiled. they boil that lobster. now, is there any concern for the lobster's well being? no. you want that lobster right away, right? you want it quick 'cause you got things to do. you know what they do? they take that lobster, open up a big pot, a boiling water that's boiling, boiling and they throw the lobster in. let me ask you a question, what do you suppose the lobster thinks about that? [laughter] what happen to that lobster-- [makes sounds] the lobster freaks. so you get your lobster, your lobster come to eat, right? and you looked down your lobster, which your lobster-- [makes sounds] and you're eating a lobster looks

nice, okay? a little-- you don't need a flame. just make that little piece of tungsten wire, it gets so hot, it'll glow. ain't that glowing? of course, there's your light. kinda neat, yeah? so we measure current in amperes, amps, okay? and we measure voltage in... volts. volts. and we measure resistance in... ohms. all together now. ohms. okay, there's a ohm. yeah, that's ohms. in fact, ohms are written like this. greek letter omega, ohm. voltage is written like this, v, and current is in n. amps, the unit is amps. and oftentimes, we call current i. so we could say i equals v over r. and it's the old song and dance, gang, that if you know two of these things, you know the other. like, for example, let's suppose i tell you, the resistance of this little lamp is one ohm. and i put it across this 12-volt battery. there are people in this room besides lee who can tell me how much current is going through the battery? and then there are people that can't. check to see if you're sitting next to someone who can. 1 ohm resistance, 12 volts across the battery. what's the answer, gang? 12. 12, and that's 12. that's ohm's law, ohm's law. ohm's law just gives us the rela

nice little... round thing in the back. (chuckng) (kenya) yes, it was kinda like love at first sight.e kenya so much, i tattooed herame on my arm. where mine at? not showin' it. (both laughing) (announcer) so, after nearly a decade of dating and hours of ink, kenya and roland are ready to wed. we're getting married december 15th, 2007, in houston, texas. i have been planning this wedding for about 13 months. (announcer) and by "planning," what this bridezilla mean is getting someone else to do all the work for her. namely her lifelong friend, debby, who has offered her services for free, in order to jumpstarher own wedding planning career. my name is debbie gibson-- i'm the wedding coordinator and i'm a friend of the bride. (announcer) if s can survive kenya's wedding, that is. poor debbie-- feel sorry for debbie. she leaves everything to me. (debbie) if kenya had her way, i would probably walk down the aisle for her. (announcer) previously, a surprise dance lesson backfired in a big way. why are you trying to make me do this dancin'? (screaming) (announcer) tempers flared over a ruin