More than 300 raindeer killed by lightening in norway. End of times?

1. 2016-09-05 at 5:37 PM UTC

   #41
   

   kroz weak whyte, frothy cuck, and former twink

   noob they have reverse engineered ufo tehnologyand have been to mars before 1952 atleast

   
   source?
   
2. 2016-09-05 at 7:52 PM UTC

   #42
   

   bling bling Dark Matter
   
   arthur c clarke book face on mars 30 yrs before voyager = they are atleast not showiung us 30 years >>>> wet is deir alla
3. 2016-09-05 at 8:15 PM UTC

   #43
   

   -SpectraL coward [the spuriously bluish-lilac bushman]
   There's is enough energy in a single lightning bolt to power a city for years. Modern man is still unable to harness it. When a bolt forms, sometimes it disperses into "droplets", also known as "ball lightning". Each ball can contain more power than an entire electricity plant.
4. 2016-09-06 at 1:01 AM UTC

   #44
   Cuck Norris Yung Blood

   arthur c clarke book face on mars 30 yrs before voyager = they are atleast not showiung us 30 years >>>> wet is deir alla

   
   you do know he is a hack right? and you have very poor grammar.
5. 2016-09-06 at 1:34 AM UTC

   #45
   The Self Taught Man Black Hole

   There's is enough energy in a single lightning bolt to power a city for years. Modern man is still unable to harness it. When a bolt forms, sometimes it disperses into "droplets", also known as "ball lightning". Each ball can contain more power than an entire electricity plant.

   
   I still think the technology to do it is available but suppressed for the good of the status quo the way alternative fuels are.
6. 2016-09-06 at 2:13 AM UTC

   #46
   Cuck Norris Yung Blood
   ITT: a bunch of HOMO's!
7. 2016-09-06 at 6:34 AM UTC

   #47
   

   aldra JIDF Controlled Opposition

   There's is enough energy in a single lightning bolt to power a city for years.

   no
   
   

   When a bolt forms, sometimes it disperses into "droplets", also known as "ball lightning".

   no
   
   

   Each ball can contain more power than an entire electricity plant.

   no
8. 2016-09-06 at 10:30 AM UTC

   #48
   

   -SpectraL coward [the spuriously bluish-lilac bushman]

   no
   
   
   no
   
   
   no

   
   C'mon, now.
9. 2016-09-06 at 12:35 PM UTC

   #49
   

   Sophie Pedophile Tech Support

   C'mon, now.

   
   You're wrong, again.
   
   Let's bust out the equations and shit nigger. If we assume a lightning bolt has a current of 100kA and a voltage of 100kV. Which by all accounts is the upper limit of output for a single bolt of lightning However let's take our upper limit bolt for arguments sake and look at some numbers, this bolt would carry this much power, P:
   
   P = 100×10³ A x 100 x 10³ V
   = 10,000 x 10⁶ VA or Watts
   = 1 x 10¹⁰ Watts
   
   Now assume this energy is released in 1 sec. So the power is:
   
   10¹⁰ W-sec. On your electric bill, you’ll see you pay for Watt-hours or Wh. So let’s convert W-sec to Wh:
   P_l = 10¹⁰ Ws x 1 hr/3600 s
   P_l = 1/36 x 10⁸ Wh
   = 0.0277 x 10⁸
   = 2.7 x 10⁶ Wh or Watt-hour per our average lightning bolt.
   
   But can that power a city? And if so, for how long?
   How much power does a single house consume? Again we should use averages. So let’s assume one house needs 2,000 Watts/hour to keep everything going. In one day, 24 hours, the house consumes:
   
   P_h = 2,000 Watts x 24 hr.
   = 48,000 Wh
   So if we divide the power draw for the house into the power of a lightning bolt, we’ll have the number of houses that bolt can power:
   N = 2.7 x 10⁶ Wh per bolt / 4.8 x 10⁴ Wh/house
   = 0.5625 x 10²
   = 56 houses/bolt of lightning for one day.
   
   
   Let's look at your claim again.
   
   [greentext]>There's is enough energy in a single lightning bolt to power a city for years.[/greentext]
   
   An average city where i am from has 100.000 inhabitants, let's say on average they all live in buildings that house 4 of them. 100.000 divided by 4 is 25.000 houses, which is still way too many homes to power with our lightning bolt let alone for any sustained amount of time.
10. 2016-09-06 at 5:29 PM UTC

    #50
    The Self Taught Man Black Hole

    You're wrong, again.
    
    Let's bust out the equations and shit nigger. If we assume a lightning bolt has a current of 100kA and a voltage of 100kV. Which by all accounts is the upper limit of output for a single bolt of lightning However let's take our upper limit bolt for arguments sake and look at some numbers, this bolt would carry this much power, P:
    
    P = 100×10³ A x 100 x 10³ V
    = 10,000 x 10⁶ VA or Watts
    = 1 x 10¹⁰ Watts
    
    Now assume this energy is released in 1 sec. So the power is:
    
    10¹⁰ W-sec. On your electric bill, you’ll see you pay for Watt-hours or Wh. So let’s convert W-sec to Wh:
    P_l = 10¹⁰ Ws x 1 hr/3600 s
    P_l = 1/36 x 10⁸ Wh
    = 0.0277 x 10⁸
    = 2.7 x 10⁶ Wh or Watt-hour per our average lightning bolt.
    
    But can that power a city? And if so, for how long?
    How much power does a single house consume? Again we should use averages. So let’s assume one house needs 2,000 Watts/hour to keep everything going. In one day, 24 hours, the house consumes:
    
    P_h = 2,000 Watts x 24 hr.
    = 48,000 Wh
    So if we divide the power draw for the house into the power of a lightning bolt, we’ll have the number of houses that bolt can power:
    N = 2.7 x 10⁶ Wh per bolt / 4.8 x 10⁴ Wh/house
    = 0.5625 x 10²
    = 56 houses/bolt of lightning for one day.
    
    
    Let's look at your claim again.
    
    [greentext]>There's is enough energy in a single lightning bolt to power a city for years.[/greentext]
    
    An average city where i am from has 100.000 inhabitants, let's say on average they all live in buildings that house 4 of them. 100.000 divided by 4 is 25.000 houses, which is still way too many homes to power with our lightning bolt let alone for any sustained amount of time.

    
    [SIZE=28px]according to my calculations thats over!!!!
    [/SIZE]
    
    
11. 2016-09-07 at 1:25 AM UTC

    #51
    

    -SpectraL coward [the spuriously bluish-lilac bushman]

    You're wrong, again.
    
    Let's bust out the equations and shit nigger. If we assume a lightning bolt has a current of 100kA and a voltage of 100kV. Which by all accounts is the upper limit of output for a single bolt of lightning However let's take our upper limit bolt for arguments sake and look at some numbers, this bolt would carry this much power, P:
    
    P = 100×10³ A x 100 x 10³ V
    = 10,000 x 10⁶ VA or Watts
    = 1 x 10¹⁰ Watts
    
    Now assume this energy is released in 1 sec. So the power is:
    
    10¹⁰ W-sec. On your electric bill, you’ll see you pay for Watt-hours or Wh. So let’s convert W-sec to Wh:
    P_l = 10¹⁰ Ws x 1 hr/3600 s
    P_l = 1/36 x 10⁸ Wh
    = 0.0277 x 10⁸
    = 2.7 x 10⁶ Wh or Watt-hour per our average lightning bolt.
    
    But can that power a city? And if so, for how long?
    How much power does a single house consume? Again we should use averages. So let’s assume one house needs 2,000 Watts/hour to keep everything going. In one day, 24 hours, the house consumes:
    
    P_h = 2,000 Watts x 24 hr.
    = 48,000 Wh
    So if we divide the power draw for the house into the power of a lightning bolt, we’ll have the number of houses that bolt can power:
    N = 2.7 x 10⁶ Wh per bolt / 4.8 x 10⁴ Wh/house
    = 0.5625 x 10²
    = 56 houses/bolt of lightning for one day.
    
    
    Let's look at your claim again.
    
    [greentext]>There's is enough energy in a single lightning bolt to power a city for years.[/greentext]
    
    An average city where i am from has 100.000 inhabitants, let's say on average they all live in buildings that house 4 of them. 100.000 divided by 4 is 25.000 houses, which is still way too many homes to power with our lightning bolt let alone for any sustained amount of time.

    
    According to your own source, a positive lighning bolt can generate in excess of one billion volts.
    
    
12. 2016-09-07 at 2:14 AM UTC

    #52
    

    bling bling Dark Matter
    you cant say u know about lightning tesla sent energy into the earth and made a standing bolt for like 3 mins its loike saying u know whats inside the sun u gotta put the preach when u speak it
13. 2016-09-07 at 2:23 AM UTC

    #53
    The Self Taught Man Black Hole
    https://en.wikipedia.org/wiki/Tunguska_event
    https://en.wikipedia.org/wiki/Nikola_Tesla#Directed-energy_weapon
    
14. 2016-09-07 at 4:18 AM UTC

    #54
    

    kroz weak whyte, frothy cuck, and former twink
15. 2016-09-07 at 10:02 AM UTC

    #55
    

    -SpectraL coward [the spuriously bluish-lilac bushman]
    Plus, the child molester doesn't take into account that a lightning bolt also generates high energy gamma ray emissions (TGFs), which contain up to 20 million electronvolts.
16. 2016-09-07 at 3:26 PM UTC

    #56
    

    kroz weak whyte, frothy cuck, and former twink
    ^this is true.
17. 2016-09-07 at 4:39 PM UTC

    #57
    

    Sophie Pedophile Tech Support

    According to your own source, a positive lighning bolt can generate in excess of one billion volts.

    
    100kV/100kA is a very reasonable average. Let's take a look at what the article said now shall we?
    
    [greentext]>lightning can occur with both positive and negative polarity. The polarity is that of the charge in the region that originated the lightning leaders. An average bolt of negative lightning carries an electric current of 30,000 amperes (30 kA), and transfers 15 coulombs of electric charge and 500 megajoules of energy. Large bolts of lightning can carry up to 120 kA and 350 coulombs[/greentext]
    
    You seem to forget that electric potential is something entirely different than current or voltage. Also you don't power a house with Volts, numbnuts. You power a house with watts, seeing as the current of a lightning bolt comes in amps you need to convert it to watts to figure out the power output in watt-hours there's an easy equation to convert amps to watts. The power P in watts (W) is equal to the current I in amps (A), times the voltage V in volts (V): P_(W) = I_A x V_(V).
    
    Also;
    
    [greentext]>Plus, the child molester doesn't take into account that a lightning bolt also generates high energy gamma ray emissions (TGFs), which contain up to 20 million electronvolts.[/greentext]
    
    Electronvolts is a general measurement of energy not particular to electricity. In physics we can do work with energy, work comes in Joules So how much work can we do with 1eV? 1 eV = 1.602×10−19(10 to the power of -19) Joules. Watts is simply a measurement of joules/sec so let's plug your 20 million number in our equation now shall we? What do we get?
    
    20000000 eV = 3.204352974â‹…10^-12 Ws
    
    Do you even scientific notation? In case you don't 10 to the power of -12 means 3.20xxx twelve decimals after the comma. In other words the energy output of a lightning bolts gamma radiation is negligible in terms of the amount of work we can do with it.
    
    Don't forget faggot, i have a degree in electrical engineering. Ain't no amount of your bullshit is going to challenge actual fucking science.
18. 2016-09-07 at 6:19 PM UTC

    #58
    

    -SpectraL coward [the spuriously bluish-lilac bushman]
    ITT: psycho tries to insist gamma rays emit no energy
19. 2016-09-07 at 7 PM UTC

    #59
    

    Sophie Pedophile Tech Support

    ITT: psycho tries to insist gamma rays emit no energy

    
    Thank you for proving you don't know shit.
    
    [greentext]>In other words the energy output of a lightning bolts gamma radiation is negligible in terms of the amount of work we can do with it.[/greentext]
    
    Negligible
    adjective
    1. so small, trifling, or unimportant that it may safely be neglected or disregarded
20. 2016-09-07 at 8:48 PM UTC

    #60
    

    bling bling Dark Matter
    why are u using meme arrows