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* NoAntagonist: The Second Coming doesn't actually have anyone to fight this time around.
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If you look closely, that surface has a coefficient of friction of .1, vs the initial surface having a coefficient of .5; so not entirely frictionless, just much slipperier.
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* ArtisticLicensePhysics: The are moments when the presented physics don’t quite add up, like the couple of times that Second Coming and a boulder slow down on a supposedly-frictionless surface, and a rocket flying straight ahead despite Second Coming clinging onto one side. [[JustifiedTrope Justified]] by TheLawOfConservationOfDetail - if every interaction was handled realistically, things would easily become too complex to follow.
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* ArtisticLicensePhysics: The are moments when the presented physics don’t quite add up, like the couple of times that Second Coming and a boulder slow down on a supposedly-frictionless surface, and a rocket flying straight ahead despite Second Coming clinging onto one side. [[JustifiedTrope Justified]] by TheLawOfConservationOfDetail - if every interaction was handled realistically, things would easily become too complex to follow.
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This belongs on fridge
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* FridgeBrilliance: Why does Orange begin to shrink relative to the apple when he reaches the black hole’s singularity? Perhaps because the black hole is compressing them both… but while the apple is made of particles that can only get so small, Second Coming is [[OutsideContextProblem a cartoon]] and can be compressed much smaller without any particles to get in the way.
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* ShownTheirWork: ''And how.'' Alan’s lead animator, Terkoiz, is apparently a huge math and physics nerd and largely wrote the script for the episode by himself. He takes us through gravity and friction, through momentum and energy types, all the way to rockets science and the physics of a black hole.
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* ShownTheirWork: ''And how.'' Alan’s lead animator, Terkoiz, is apparently a huge math and physics nerd and largely wrote the script for the episode by himself. He takes us through gravity and friction, through momentum and energy types, all the way to rockets rocket science and the physics of a black hole.
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* ShownTheirWork: ''And how.'' One of the animators, Terkoiz, is apparently a huge math and physics nerd and largely wrote the script for the episode by himself. He takes us through gravity and friction, through momentum and energy types, all the way to rockets science and the physics of a black hole.
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* ShownTheirWork: ''And how.'' One of the animators, Alan’s lead animator, Terkoiz, is apparently a huge math and physics nerd and largely wrote the script for the episode by himself. He takes us through gravity and friction, through momentum and energy types, all the way to rockets science and the physics of a black hole.
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* AndTheAdventureContinues: The future version of Second Coming takes the previous one’s hat to complete the StableTimeLoop and then uses the wormhole to warp himself out, no doubt to another world based around real-life STEM concepts.
* ArtisticLicensePhysics: The are moments when the presented physics don’t quite add up, like the couple of times that Second Coming and a boulder slow down on a supposedly-frictionless surface, and a rocket flying straight ahead despite Second Coming clinging onto one side. [[JustifiedTrope Justified]] by TheLawOfConservationOfDetail - if every interaction was handled realistically, things would easily become too complex to follow.
** Magnets in this world are MUCH stronger than in real life, able to very quickly drag Second Coming back to his rocket, magnetise a several-meters-long metal bar in a few swipes and then form an induction coil with only one wrap-around. And yet Second Coming can pry his horseshoe magnet away from the rocket with just a “pop”. Again justified by TheLawOfConservationOfDetail.
* ArtisticLicensePhysics: The are moments when the presented physics don’t quite add up, like the couple of times that Second Coming and a boulder slow down on a supposedly-frictionless surface, and a rocket flying straight ahead despite Second Coming clinging onto one side. [[JustifiedTrope Justified]] by TheLawOfConservationOfDetail - if every interaction was handled realistically, things would easily become too complex to follow.
** Magnets in this world are MUCH stronger than in real life, able to very quickly drag Second Coming back to his rocket, magnetise a several-meters-long metal bar in a few swipes and then form an induction coil with only one wrap-around. And yet Second Coming can pry his horseshoe magnet away from the rocket with just a “pop”. Again justified by TheLawOfConservationOfDetail.
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* ImmediateSequel: Takes place right after Euler's Identity warps him away in the Math episode.
* RocketRide: The Second Coming rides the rocket he finds as if it were a horse.
* RocketRide: The Second Coming rides the rocket he finds as if it were a horse.
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* FridgeBrilliance: Why does Orange begin to shrink relative to the apple when he reaches the black hole’s singularity? Perhaps because the black hole is compressing them both… but while the apple is made of particles that can only get so small, Second Coming is [[OutsideContextProblem a cartoon]] and can be compressed much smaller without any particles to get in the way.
* ImmediateSequel:Takes (Presumably) takes place right after Euler's Identity warps him away in the Math episode.
* RocketRide:The Second Coming rides the rocket he finds as if it were a horse.horse.
* ShownTheirWork: ''And how.'' One of the animators, Terkoiz, is apparently a huge math and physics nerd and largely wrote the script for the episode by himself. He takes us through gravity and friction, through momentum and energy types, all the way to rockets science and the physics of a black hole.
* ImmediateSequel:
* RocketRide:
* ShownTheirWork: ''And how.'' One of the animators, Terkoiz, is apparently a huge math and physics nerd and largely wrote the script for the episode by himself. He takes us through gravity and friction, through momentum and energy types, all the way to rockets science and the physics of a black hole.
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* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations maintaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.
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* SpaceWestern: Second Coming rides his rocket like a horse, even “spurring” it to initially kickstart it, and quickly runs into a floating stetson that he takes for himself.
* SpaceX: A visual example, with the “X” being “Cowboy”.
* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations maintaining the chain of actions that led to him arriving on the singularity. Hisalternate future self then leaves via a portal, wormhole, requiring him to continue the process until the next Second Coming arrives.
* SpaceX: A visual example, with the “X” being “Cowboy”.
* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations maintaining the chain of actions that led to him arriving on the singularity. His
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* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations mantaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.
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* RocketRide: The Second Coming rides the rocket he finds as if it were a horse.
* SpaceshipSlingshotStunt: Second Coming is able to effortlessly slingshot around several planets and their nearby star with the rocket, even correcting his trajectory on the fly when he realizes his initial approach would cause him to fall into the star.
* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterationsmantaining maintaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.
* SpaceshipSlingshotStunt: Second Coming is able to effortlessly slingshot around several planets and their nearby star with the rocket, even correcting his trajectory on the fly when he realizes his initial approach would cause him to fall into the star.
* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations
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* DirectSequel: Takes place right after Euler's Identity warps him away in the Math episode.
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* DirectSequel: ImmediateSequel: Takes place right after Euler's Identity warps him away in the Math episode.
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* DirectSequel: Takes place right after Euler's Identity warps him away in the Math episode.
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After being warped away by Euler's Identity, Second Coming finds himself in a planet from which he escapes via application of laws of physics. Travelling into space on a conveniently-placed rocket, he eventually enters a black hole and finds himself dropping into a portal the items he had found on the planet. This alternate self tasks Second Coming with continuing the time loop in his place as he warps to parts unknown.
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After being warped away by Euler's Identity, Second Coming finds himself in a planet from which he escapes via application of laws of physics. Travelling into space on a conveniently-placed rocket, he eventually enters a black hole and finds himself creating and dropping into a portal wormhole the items he had found on the planet. This alternate self tasks Second Coming with continuing the time loop in his place as he warps to parts unknown.
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* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations mantaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.
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* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations mantaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.arrives.
* ShoutOut: While riding the rocket, Second Coming is given a cowboy hat, setting up his RidingTheBomb moment [[Film/DrStrangelove when he's diving into the black hole while waving it]].
* ShoutOut: While riding the rocket, Second Coming is given a cowboy hat, setting up his RidingTheBomb moment [[Film/DrStrangelove when he's diving into the black hole while waving it]].
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* CoversAlwaysLie: Euler's Identity appears in the episode's Youtube thumbnail but not in the episode itself.
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* CoversAlwaysLie: Euler's Identity The Mass–energy equivalence equation appears in the episode's Youtube thumbnail but is not featured in the episode itself.itself as an entity like Euler's Identity in the previous episode.
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Changed line(s) 4,5 (click to see context) from:
After being warped away by Euler's Number, Second Coming finds himself in a planet from which he escapes via application of laws of physics. Travelling into space on a conveniently-placed rocket, he eventually enters a black hole and finds himself dropping into a portal the items he had found on the planet. This alternate self tasks Second Coming with continuing the time loop in his place as he warps to parts unknown.
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After being warped away by Euler's Number, Identity, Second Coming finds himself in a planet from which he escapes via application of laws of physics. Travelling into space on a conveniently-placed rocket, he eventually enters a black hole and finds himself dropping into a portal the items he had found on the planet. This alternate self tasks Second Coming with continuing the time loop in his place as he warps to parts unknown.
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* CoversAlwaysLie: Euler's Identity appears in the episode's Youtube thumbnail but not in the episode itself.
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'''Uploaded Dec 9, 2023'''
!!Summary
After being warped away by Euler's Number, Second Coming finds himself in a planet from which he escapes via application of laws of physics. Travelling into space on a conveniently-placed rocket, he eventually enters a black hole and finds himself dropping into a portal the items he had found on the planet. This alternate self tasks Second Coming with continuing the time loop in his place as he warps to parts unknown.
!!Tropes:
* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations mantaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.
!!Summary
After being warped away by Euler's Number, Second Coming finds himself in a planet from which he escapes via application of laws of physics. Travelling into space on a conveniently-placed rocket, he eventually enters a black hole and finds himself dropping into a portal the items he had found on the planet. This alternate self tasks Second Coming with continuing the time loop in his place as he warps to parts unknown.
!!Tropes:
* StableTimeLoop: In the end, Second Coming finds himself and figments of previous iterations mantaining the chain of actions that led to him arriving on the singularity. His alternate self then leaves via a portal, requiring him to continue the process until the next Second Coming arrives.
