Did the Iron Throne survive Drogon’s fire? (Photo by Omar Marques/SOPA Images/LightRocket via Getty Images)

Getty

Whatever you thought of The Bells, the penultimate episode of Game of Thrones, it’s hard to deny that what we all witnessed was anything but gut-wrenching carnage. Thanks to Dany’s paroxysm of fire, much of King’s Landing has been burned or razed to the ground, including the Red Keep and anyone left inside it.

That’s led some to wonder, including myself, about the Iron Throne. The ultimate object of desire for many warring factions throughout the series, this horrifically uncomfortable seat was also kept within the Red Keep. Now that the building encapsulating it has been destroyed, does that mean the Iron Throne is now a gonner too?

Thankfully, because a) science exists and b) I can’t resist a good pop culture-science crossover, I can provide a possible answer to that. Assuming that the structural integrity of the throne room remained intact enough to not crush the throne in falling debris, the main threat to its survival here was Drogon’s dragonflame. As far as I’m aware, no specific temperatures of any dragon’s fires are ever given in the books or TV show, but that doesn’t mean we have no idea how hot these fires actually are.

The colour of a flame changes depends on how hot the combustion temperature is. Yes, burning different metals (for example) produces different coloured flames, but in this case let’s assume we’re burning a non-specialised fuel. I have no idea what powers the fires that dragons in Game of Thrones produce – although some have speculated about this – but for the sake of simplicity let’s treat them like a candle, albeit far more explosive ones.

When you burn a candle, you tend to get a blue flame at points and a yellow-orange-red flame at others. Blue hues fit nicely on the higher end of the visible part of the electromagnetic spectrum, and these indicate something relatively high-energy is taking place. Redder colours are in the relatively low-energy part of the spectrum. So it stands to reason that the blue parts of the candle flame are hottest, and that happens to be true.

Depending on what fuel you burn, you can produce higher temperature (blue) flames – like those of Viserion, in wight form – or cooler temperatures, like those of Drogon, who produces red-orange-yellow flames. I see plenty of yellow flames as Drogon goes on a killing spree in King’s Landing, which come in at around 1,000°C (1,832°F), give or take a couple of hundred degrees. Viserion’s flames would come in at 1,400°C (2,552°F), by the way; bit odd for an ice (zombie) dragon, but hey.

Iron comes in various forms, but judging by the look of the Iron Throne, I’d say it’s made of wrought iron, the sort that’s used to make things like monuments, including the Eiffel Tower. According to Engineering Toolbox, the melting point of wrought iron is, at minimum, 1,482°C (2,700°F). That means that Drogon’s fire didn’t stand a chance at melting it. Viserion’s probably wouldn’t have been able to damage it either.

So, based on some very back-of-the-envelope science, the Iron Throne would have survived the destruction of the Red Keep. To be honest, I’m sure it would have survived regardless of the science of dragonflame for dramatic, plot-based reasons anyway.

” readability=”85.463298662704″>
< div _ ngcontent-c14 ="" innerhtml ="

(***** )

(******** )Did the Iron Throne make it through Drogon’s fire?( Image by Omar Marques/SOPA Images/LightRocket by means of Getty Images)

Getty

Whatever you thought about The Bells, the penultimate episode of Video game of Thrones, it’s difficult to reject that what all of us saw was anything however gut-wrenching carnage. Thanks to Dany’s paroxysm of fire, much of King’s Landing has actually been burned or taken down to the ground, consisting of the Red Keep and anybody left inside it.

That’s led some to question, including myself, about the Iron Throne. The supreme item of desire for numerous warring factions throughout the series, this horrifically unpleasant seat was likewise kept within the Red Keep. Now that the structure encapsulating it has been ruined, does that imply the Iron Throne is now a gonner too?

Luckily, since a) science exists and b) I can’t withstand an excellent pop culture-science crossover, I can offer a possible response to that. Presuming that the structural stability of the throne space stayed undamaged adequate to not squash the throne in falling particles, the primary risk to its survival here was Drogon’s dragonflame. As far as I understand, no particular temperature levels of any dragon’s fires are ever given up the books or TELEVISION program, however that does not imply we have no concept how hot these fires in fact are

(********* )

The colour of a flame modifications depends upon how hot the combustion temperature level is. Yes, burning various metals (for instance) produces various coloured flames, however in this case let’s presume we’re burning a non-specialised fuel. I have no concept what powers the fires that dragons in Video game of Thrones produce– although some have actually hypothesized about this— however for the sake of simpleness let’s treat them like a candle light, albeit much more explosive ones.

When you burn a candle light, you tend to get a blue flame at points and a yellow-orange-red flame at others. Blue colors fit well on the greater end of the noticeable part of the electro-magnetic spectrum, and these show something fairly high-energy is happening. Redder colours remain in the fairly low-energy part of the spectrum. So it stands to factor that the blue parts of the candle light flame are most popular, which takes place to be real.

(***** )

(************ )Depending upon what fuel you burn, you can produce greater temperature level( blue) flames– like those of Viserion, in wight kind– or cooler temperature levels, like those of Drogon, who produces red-orange-yellow flames. I see a lot of yellow flames as Drogon goes on a killing spree in King’s Landing, which are available in at around 1,000 ° C( 1,832 ° F), provide or take a number of hundred degrees. Viserion’s flames would can be found in at 1,400 ° C(**************** )( 2,552 ° F), by the method; bit odd for an ice (zombie) dragon, however hey.

(***** )(************ )Iron is available in different kinds, however evaluating by the appearance of the Iron Throne, I ‘d state it’s made from wrought iron, the sort that’s utilized to make things like monoliths, consisting of the Eiffel Tower. According to Engineering Tool Kit, the melting point of wrought iron is, at minimum, 1,482 ° C (2,700 ° F). That suggests that Drogon’s fire didn’t stand an opportunity at melting it. Viserion’s most likely would not have actually had the ability to harm it either.

So, based upon some really back-of-the-envelope science, the Iron Throne would have endured the damage of the Red Keep. To be truthful, I make certain it would have endured no matter the science of dragonflame for significant, plot-based factors anyhow.

” readability =”85
463298662704″ >

.

Did the Iron Throne make it through Drogon’s fire? (Image by Omar Marques/SOPA Images/LightRocket by means of Getty Images)

Getty

.

.

Whatever you thought about The Bells , the penultimate episode of Video game of Thrones, it’s difficult to reject that what all of us saw was anything however gut-wrenching carnage. Thanks to Dany’s paroxysm of fire, much of King’s Landing has actually been burned or taken down to the ground, consisting of the Red Keep and anybody left inside it.

That’s led some to question, including myself, about the Iron Throne. The supreme item of desire for numerous warring factions throughout the series, this horrifically unpleasant seat was likewise kept within the Red Keep. Now that the structure encapsulating it has been ruined, does that imply the Iron Throne is now a gonner too?

Luckily, since a) science exists and b) I can’t withstand an excellent pop culture-science crossover, I can offer a possible response to that. Presuming that the structural stability of the throne space stayed undamaged adequate to not squash the throne in falling particles, the primary risk to its survival here was Drogon’s dragonflame. As far as I understand, no particular temperature levels of any dragon’s fires are ever given up the books or TELEVISION program, however that does not imply we have no concept how hot these fires in fact are

.

The colour of a flame modifications depends upon how hot the combustion temperature level is. Yes, burning various metals (for instance) produces various coloured flames, however in this case let’s presume we’re burning a non-specialised fuel. I have no concept what powers the fires that dragons in Video game of Thrones produce– although some have actually hypothesized about this — however for the sake of simpleness let’s treat them like a candle light, albeit much more explosive ones.

When you burn a candle light, you tend to get a blue flame at points and a yellow-orange-red flame at others. Blue colors fit well on the greater end of the noticeable part of the electro-magnetic spectrum, and these show something fairly high-energy is happening. Redder colours remain in the fairly low-energy part of the spectrum. So it stands to factor that the blue parts of the candle light flame are most popular, which takes place to be real.

Depending upon what fuel you burn, you can produce greater temperature level (blue) flames– like those of Viserion, in wight kind– or cooler temperature levels, like those of Drogon, who produces red-orange-yellow flames. I see a lot of yellow flames as Drogon goes on a killing spree in King’s Landing, which are available in at around 1, 000 ° C (1, 832 ° F), provide or take a number of hundred degrees. Viserion’s flames would can be found in at 1, 400 ° C (2, 552 ° F), by the method; bit odd for an ice (zombie) dragon, however hey.

Iron is available in different kinds, however evaluating by the appearance of the Iron Throne, I ‘d state it’s made from wrought iron, the sort that’s utilized to make things like monoliths, consisting of the Eiffel Tower. According to Engineering Tool Kit , the melting point of wrought iron is, at minimum, 1, 482 ° C (2, 700 ° F). That suggests that Drogon’s fire didn’t stand an opportunity at melting it. Viserion’s most likely would not have actually had the ability to harm it either.

So, based upon some really back-of-the-envelope science, the Iron Throne would have endured the damage of the Red Keep. To be truthful, I make certain it would have endured no matter the science of dragonflame for significant, plot-based factors anyhow.

.