1.21 gigawatts (or jigawatts depending on how you pronounce it) may seem like an arbitrary movie quote, but it's actually a very achievable level of awesome, if even for a second. Take a look at.. For most of the first film, the 1.21 gigawatts are supplied by a plutonium-powered nuclear fission reactor and, with the absence of plutonium, a bolt of lightning channeled directly into the flux capacitor by a long pole and hook in the film's climactic sequence In back to the future, doc brown says that a lightning bolt can generate 1.21 GigaWatts of power...I read another website that said that an average lightning bolt produces only hundreds of MegaWatts, which is clearly not greater than or equal to 1.21 GigaWatts...would I be correct in assuming that the lightning bolt would not have be able to send Marty back to the future The secret to time travel in the popular 1980s movie Back to the Future was 1.21 gigawatts of electricity. When the eccentric scientist Dr. Emmet Brown could not obtain plutonium in the film's dramatic ending, he was able to harness the gigawatts from the only other available source - a bolt of lightning - sending Marty McFly (Michael J. Fox) back to the future
According to the National Severe Storm Laboratory, a single lightning bolt can have 100 million to 1 billion volts, and it contains billions of watts, depending on whether it is positive lightning or negative lightning. Lightning strikes ground in the United States approximately 25 million times each year Question: A Power Station Generates About 18,000 Gigawatt-hours Of Electricity Per Year. An Average Bolt Of Lightning Travels To The Ground In 0.2 Seconds With Approximately 5,000 MW Of Average Power. How Many Bolts Of Lightning Would Be Required To Match The Electrical Energy Generated At The Nuclear Power Plant Assuming That We Could Capture Each Lighting Bolt's. O'Reilly: It's a bolt of lightning Some scale -- I mean, 7 gigawatts sounds like it could be a lot. Muckerman: If you're looking at -- 1 gigawatt could realistically power 300,000 homes The gigawatt hours unit number 0.00014 GWh converts to 1 flash strike, one average lightning bolt. It is the EQUAL energy value of 1 average lightning bolt but in the gigawatt hours energy unit alternative. Conversion chart - average lightning bolts to gigawatt hours 1 average lightning bolt to gigawatt hours = 0.00014 GW Description. It took either a nuclear reaction or a bolt of lightning to generate up to 1.21 gigawatts, what Dr. Emmett Brown needed to power the electrical DeLorean time machine via the flux capacitor.. Behind the scenes Jigowatt is a very rare and unusual pronunciation of gigawatt.While filming Back to the Future, the expert that was consulted for various scientific plot elements used this.
.125 Million Photovoltaic (PV) Panels Based on a representative silicon model panel size of 320 watts. NREL 412 Utility-Scale Wind Turbines Based on the average utility-scale wind turbine size of 2.43 MW installed in 2018. 110 Million LEDs Based on typical performance, a light-emitting diode (LED) A19 lamp is. Lightning strikes can contain thousands of gigawatts of power, so it's easily conceivable that a bolt of lightning could supply us with 1.21 gigawatts of power, but only over the course of about 50..
Lightning power averages tens of gigawatts, but may reach into the terawatts A bolt of lightning creates an electromagnetic pulse that can travel a quarter of the way around the earth in just. [Infographic: How Lightning Works] Armed with this knowledge, the researchers were finally able to calculate that the thunderstorm carried about 2 gigawatts of power,.
Lightning strikes can contain thousands of gigawatts of power, so it's easily conceivable that a bolt of lightning could supply us with 1.21 gigawatts of power, but only over the course of about 50 microseconds (one microsecond is one-millionth of a second). Sure, that's a lot of power but actually not a lot of energy God knew it wasn't this persons time!!! Lots of things go into the calculation of this. The path the electricity went through the body is most important. If the heart isn't involved, you might just make it. The current tends to go more around the. TIL that a bolt of lightning contains on average 10 gigawatts of power, much more than the 1.21 gigawatts required to power the flux capacitor in Back to the Future In the 80's hit movie trilogy Back to the Future, 1.21 gigawatts (pronounced jiggawatts in the movie) was the amount of electricity it took to power the flux capacitor on the DeLorean time machine. In the movie Dr. Emmettt Brown used a lightning strike to generate this amount of power. We know the fictional flux capacitor requires 1,210,000,000 watts of power
Muckerman: If you're looking at -- 1 gigawatt could realistically power 300,000 homes. Lapera: Oh. OK. Muckerman: So that's a lot of energy there. Lapera: So 7 gigawatts is a lot. Muckerman: Yes. How many gigawatts does a bolt of lightning produce? Back to the Future: Whose wardrobe does it appear Mr. Vernon raided? The Breakfast Club: What is the name of Jesse Ventura's weapon? Predator: What league did Rick Vaughn play in before joining the Indians? Major League: What is the Joker's real name? Batma If you needed to get access to 1.21 gigawatts of power at once, and you didn't have access to a bolt of lightning, how could you go about creating that power so that you could channel it into some sort of device? Generating 1.21 gigawatts of power in the 1950's. General Questions One lightning bolt alone can discharge up to one billion volts of electrical energy. To put this in practical terms, this is enough to power a 100-watt lightbulb for three months. This will explain why a lightning strike is able to light up the sky, even during the middle of the day
Does lightning really generate 1.21 'gigawatts' of power? Gifyoutube. The power of a bolt of lightning depends on many factors including its size and period of time of strike. Most can. As many as 1 billion volts can be present in a single bolt. Thunder can help approximate how far away a lightning strike occurred. For every 5 seconds between a strike and the thunder it caused, the lightning is 1 mile away. There are approximately 100 lightning strikes every second on Earth. This equals approximately 8.6 Million strikes per day Recently, after evaluating years of data, scientists confirmed these ultrabright bolts can produce at least 100 gigawatts of power (to put that into perspective, the power produced by all the solar..
After evaluating years of data, scientists confirmed that ultrabright lightning bolts known as superbolts can produce at least 100 gigawatts of power. (For perspective, in 2018, all solar panels and wind turbines in the U.S. produced 163 gigawatts.) https://t.co/fXWPJk0gAs — Los Alamos Lab (@LosAlamosNatLab) November 23, 202 Gigawatt = 10^9 watts. Terawatt = 10^12 watts. Petawatt = 10^15 watts. I love showing this list because each of these amazing numbers has an application and we have a opportunity to show some of those. For example, the intro clip already shows that a Gigawatt is a useful measurement for lightning Muckerman: If you're looking at — 1 gigawatt could realistically power 300,000 homes. How many watts is a lightning bolt? A lightning bolt contains about 10,000,000,000 watts (10 GW) of electricity, but it only lasts about 5/1,000 of a second. Extrapolated over kilowatt-hours, that's not as much energy as you'd think
Armed with this knowledge, the researchers were finally able to calculate that the thunderstorm carried about 2 gigawatts of power, making this single cloud more powerful than the most powerful.. Was a bolt of lightning really the only way to produce 1.21 gigawatts back in 1955? How can we generate 1.21 Gigawatts in real life, now that we're 20 years ahead of Doc Brown? Was a bolt of lightning really the only way to produce 1.21 gigawatts back in 1955? In Back To The Future, the DeLorean Time machine needs 1.21 gigawatts It appears that 1.21 Gigawatts is roughly the energy of a nuclear power unit, though this sort of unit would be made of several rods, many more than those that fuel the Flux Capacitor You are confused about units. Watt is a unit of power (energy/time), Watt-hour is a unit of energy. 16TW is an estimate of the continuous average power usage of the world - which is about 140,000 TWh each year. If the lightning has a peak power of 1TW for 30 microseconds, this corresponds to an energy content of about 8000 Watt-hours He details how his team collected many of these fulgurites which ranged in size from 'a baby's little finger to about the size of a man's arm in thickness.' After extensive calculations, he concluded that lightning strikes with more energy created larger fulgurites and that overall, lightning strikes can contain tens of gigawatts of energy
Harvesting the energy in a bolt of lightning is a nice idea, and I think it has been around for many decades, maybe centuries. But I think there are a few practical problems with it. In this particular case, having lightning strike the tower seems to be easy. In other cases it is a problem A famous reference to lightning from the movie Back to the Future says lightning generates 1.21 gigawatts of energy, and that's about right. It's a tremendous surge of electricity and heat: The current force of lightning is estimated to be 10 million volts and 30,000 amps b. How many electrons is this? For comparison, there are~108 electrons in the human body. c. If the lightning strike discharges across a voltage potential of 250 million volts, what is the lightning d. e. f. bolt's power? Is this more or less than 1.21 gigawatts? How much energy is imparted by the lightning strike Lightning power averages tens of gigawatts, but may reach into the terawatts It can power about a billion houses, but only for a few millionths of a second For most of human history, people have. So a gigawatt is actually on the low side - lightning power may be a thousand times that, reaching into the terawatts, though the average is probably tens of gigawatts
actually it's one point twenty one gigawatts, and you would need a bolt of lightening, or some plutonium! Source(s): ONE POINT TWENTY ONE GIGAWATTS!!!!! GREAT SCOTT. 1 0. ilovesam2907. Lv 6. 1 decade ago. Actually, it's 1.21 gigawatts. Then you need a bolt of lightning or plutonium. 0 2. Anonymous. 1 decade ago. With a good ole fux capacitor. The discharge current of a lightning bolt could be close to a mega Amp. This combined with the risetime of the current pulse can cause damage as we all well know. The overall charge of a lightning bolt is usually in from 1 to 50 coulombs. 1.8 Gigawatts: 170 kg/374 lbs : EMP150 - 150 Joules, 15kV, 20kA $10,482.98. EMP400 - 400 Joules. Vast energies are required to deliver these bolts from the blue. Research suggests that positive lightning can generate currents and potentials ten times greater than negative strikes: up to 300,000 amps and 1 billion volts, or approximately 300,000.21 gigawatts of power in a single discharge Many of us know the reference from Back to the Future that it takes 1.21 GigaWatts to power the Flux Capacitor. How many Teslas does it take to use 1.21 GigaWatts, and other than the movie reference, why is that number interesting
That's 1 billion watts - or 1 Gigawatt. On the flip side, the lightning bolt lasts around 30 microseconds (that's 0.3 milliseconds). A lightning storm might have hundreds of lightning strikes, but each strike is pinpoint small. Fire, on the other hand, will continue to spread, so long as there's enough fuel and oxygen, given the right conditions Emmett Brown's DeLorean time machine requires a robust 1.21 gigawatts of electrical power to jump-start its flux capacitor—the very thing that makes time travel possible. In 1985, these power needs are met by using plutonium Doc stole from a group of militant Libyan nationalists (as one is wont to do) Keith Lentini — an enterprising listener to The Favorites podcast, where we had announced the contest — submitted this: In the movie Back to the Future, time travel was only possible by generating exactly 1.21 gigawatts of electricity, which came from a bolt of lightning. Since Brady began his first Super Bowl game-winning drive with 1. Bonus material for our Back To The Future quiz. Did you enjoy this Back To The Future quiz? If you did you might like to try another from our Films and TV category or visit our main Quiz menu for our full archive of quizzes across a wide range of topics.. So many classic scenes to choose from but here is a personal favourite with Michael J Fox on lead guitar playing Johnny B. Goode (for guitar. The Lightning boltZeus's sign was the lightning bolt. He had many other signs, but the lightning bolt is by far the most famous. 1.21 gigawatts. How many degrees in a lightning bolt
1.21 Gigawatts Lightning Franchise news Lightning history and site archives Scrawled on a napkin while out-and-about, the elements were simple - the bolt of lightning, the state of Florida in. 1.21 GIGAWATTS! Oh.....1 Million units sold! Cool. the only way you can get that kind of power is a bolt of lightning, but you never know when or where one is going to strike.. Top . Crow550 ** Valued Community Member ** Posts: 2154 Joined: Sat Dec 13, 2008 11:36 am. Re: 1 million units sold!! Jay Walker (born Jay Gordon) is the current Elemental Master and Ninja of Lightning. He learned skills including Spinjitzu and discovered his other teammates, with whom he embarked on many adventures; battling the likes of the Serpentine and the Stone Army. During this time Jay formed a romantic relationship with Kai's sister, Nya. After Lloyd defeated the Overlord, peace resumed until The. The only power source capable of generating 1.21 gigawatts of electricity is a bolt of lightning claimed this '85 pic: 6: This beach city has a famous ferris wheel & a 112-year-old pier with a marker for the end of historic Route 66: 7: Of the 54 internationally recognized countries of Africa:
There are lightning bolts, and then there are superbolts that flash up to a thousand times brighter than typical lightning and can produce at least 100 gigawatts of power. They sound like a phenomenon that could have sent Doc and Marty McFly hurtling a lot further back in time than they bargained for in Back to the Future This article says the average lightning strike carries a gigawatt of energy, and that one looks well above average. Probably would have fried TF out of a DeLorean . How many volts are in a lightning strike? Does a bolt of lightning provide enough energy to power a town? I don't know, but there is a way to get a fair estimate A Ring camera captured the frightening moment when a lightning bolt struck a family house in Elburn, Illinois, on July 9.Jason Lynn's front-door surveillance camera recorded the bright flash of light followed by sparks shooting off a house across the street after a loud crash.Lynn's neighbor, Mallory Stark, wrote in a Facebook post that her house had some minor damages from the lightning. 1.21 Gigawatts Lightning Franchise news Lightning history and site archives (and former Bolt) J.T. Miller spoke to reporters on Wednesday about the situation and expressed a tremendous amount.
how big a bolt of lightning was based on the size of rocks formed by lightning. Future of 1.21 gigawatts of power in lightning? Power is energy per time, and our measurement A lightning bolt of 5,000 gigawatts that lasts 70 microseconds produces only (5 * 10^12) * (7 * 10^-5) = 3.5 * 10^9 watt-seconds, which is only 97,000 watt-hours. 97,000 watt-hours is slightly less than the energy used by a thousand 100 watt light bulbs in one hour
The power of the TL bolt should be determined by the time the bolt is actually striking the asteroid, which is between 1/15 and 1/30 second (1-2 frames). If these bolts are 50 meters in length, and have a duration of 1/15 second when striking the asteroids in ESB, then they (at least the visible portion of the beam) must travel at a rate of.
..and lightning bolts are the only way to generate the required 1.21 gigawatts necessary for time travel unless you've got plutonium or a Mr. Fusion reactor. You'd think the Bolt would accept a bolt just fine The video is 24fps, so instantly is less than 1/24th. 1/24th of a second times 1.21 gigawatts is 50.4 megajoules. Oh this is gonna work out great... The worlds largest capacitor is currently 50 megajoules! That is much less than a bolt of lightning. Now, I dunno how Doc Brown could make a 50 megajoule capacitor on his own Energy Information Administration FAQs: As of December 3, 2018, there were 98 operating nuclear reactors at 61 nuclear power plants in the United States. The R. E. Ginna Nuclear Power Plant in New York is the smallest nuclear power plant in the United States, and it has one reactor with an electricity generating capacity1 of 582 megawatts (MW)
A lightning bolt, by the time it gets to your computer, has traveled as much as 20 miles through AIR (one of the best electrical insulators known) carries a bazillion volt charge and is powerful - powerful like 1.21 Gigawatts (enough to send Marty McFly 30 years into the future) en Marty, I'm sorry, but the only power source capable of generating... 1.21 gigawatts of electricity is a bolt of lightning. OpenSubtitles2018.v3 nb Jeg beklager, men den eneste kraftkilden som kan produsere... 1,21 gigawatt elektrisitet er et lynnedslag
Actually useful energy is only 32.7 quads. A quad is to 1.055 × 10^18 joules or 1.055 exajoules. That's what we have to actually replace, about 35 exajoules of extreme lightning offer new insights into an old controversy, set off by a 1977 analysis of data from the Los Alamos Vela nuclear-detonation detection satellites. For decades, atmospheric scientists have argued about whether superbolts—defined as having 100 or more times the power of normal gigawatt lightning—are uniqu
I recall 1.21 gigawatts being given as a ballpark figure for a typical lightning bolt in Back to The Future, at least. I thought the unit is jiggawats . Last edited by Spore; 2013-10-21 at 01:24 PM So a gigawatt is actually on the low side - lightning power may be a thousand times that, reaching into the terawatts, though the average is probably tens of gigawatts. That's enough energy to power about a billion houses, albeit only for a few millionths of a second For example, using the bolt described above, if each of the 10 joule pulses lasts 10 nanoseconds, the the peak power is 10 joules / 10 nanoseconds = 1 gigawatt. POWER-TO-WEIGHT RATIO This is how much power is crammed into a gram of something, usually a battery A Ring camera captured the frightening moment when a lightning bolt struck a family house in Elburn, Illinois, on July 9. Jason Lynn's front-door surveillance camera recorded the bright flash of. Multiply these two numbers, and you have 4.72*10^18 joules of energy per year. Every lightning bolt on Earth in one year, captured perfectly with no loss of energy, would contain about 4*10^17 joules of energy. Thus, all the lightning in the entire world could only power 8% of US households. At best
So a gigawatt is actually on the low side - lightning power may be a thousand times that, reaching into the terawatts, though the average is probably tens of gigawatts. - MATTHEW PASEK, There's way more energy in a bolt of lightning than we thought 1.21 gigawatts! 1.21 gigawatts. Great Scott! A bolt of lighting. Unfortunately, you never know when or where it's ever gonna strike. Marty, I'm sorry, but the only power source capable of generating 1.21 gigawatts of electricity is a bolt of lightning.. According to the flyer, at precisely 10:04 PM that Saturday night, lightning would strike the clocktower, electrifying the cable just as the connecting hook made contact, thereby sending the necessary 1.21 gigawatts into the flux-capacitor, sending Marty back to 1985 A previous version of the script had Doc and Marty getting their 1.21 gigawatts not from a bolt of lightning, but from a nuclear explosion at a bomb testing site in Nevada. Why was it rewritten? The film went $5 million over budget due to the reshoots as a result of casting Eric Stoltz. Budget restraints wound up forcing Zemeckis to tell a.
Marty, I'm sorry, but the only power source capable of generating... 1.21 gigawatts of electricity is a bolt of lightning. Maafkan aku, Marty, tapi sumber kuasa mampu menghasilkan... 1.21 gigawatt kuasa elektrik ialah panahan petir Also, the letter that Doc sent Marty stated that the lightning bolt that struck the DeLorean scrambled the time circuits which caused a gigawatt overload in the flux capacitor and sent him back to 1885, though we only find this out at the start of the third film
seen on the chest (or from chest to belly) of costumes worn by Captain Marvel, the Flash, Lightning Lad, Black Lightning and Static. In the Marvel Universe thunder is the symbol seen in the torso of costumes worn by Electro, Quicksilver, Black Bolt, Speed Demon, Ms. Marvel, and is also the name of a superhero team Source: backtothefuture Originally published on October 10th. 21st of October 2015 is the date that Doc and Marty travel to in Back to the Future. To herald this seismic event in the space time. Lightning flashes through the sky millions of times a day, and humans have witnessed the spectacle repeatedly for tens of thousands of years. It was probably the spark for organic life, an ide Marty, I'm sorry, but the only power source capable of generating... 1.21 gigawatts of electricity is a bolt of lightning. OpenSubtitles2018.v3 Munja je udarila u taj toranj prije 60 godina
We had a very close lightning strike here this am. The Voltec charger went dark (looks like blown internal fuses), the car horn sounded indicating charger disconnect. After disconnecting the Voltec, I got in the car and pressed the start button. The lights on the center stack lit up (no displays.. +1 Gigawatts, most electronics aren't going to be affected by an EMP weapon. Keep in mind that an EMP 100 miles away isn't going to any more powerful than a bolt of lightning 500 feet away. strongest lightning color. Posted on November 6, 2020. A report by NWS office of meteorology notes that over the past 30 years, thunderstorms rank second behind flash floods as the leading cause of weather-related deaths in America Doc realizes that he has no access to anything that would produce 1.21 gigawatts of electrical power on demand and concludes that only harnessing the electrical power of a lightning bolt would give the flux capacitor that power it needs. Marty then shows him the flyer from 1985 that gives the exact time and place of a lightning bolt, one week.