dc38
Flashlight Enthusiast
Hey all, I'm still up, and have had too much caffeine today to go to sleep like a normal person. Thus, i have had plenty of time to think about this and write it up. so....what happens when: "unstoppable force...meets immovable object" - That kind of statement only baffles us when applying Newtonian physics. I'd like to introduce troll physics, or perhaps more properly named, some troll logic. We are going to ignore "relativity" unless someone would like to post about those scenarios as well.
Scenario 1:
An immovable object would have to have infinite mass with an acceleration of 0. Immovable merely implies that no amount of force can be applied to cause the object accelerate positively or negatively. since there is an acceleration of 0, the Force of the immovable object is also 0, unless it is already in motion and collides with a movable object, thus being able to measure out the acceleration of the 2n'd object, and being able to figure out the acceleration and force of the first object. In this case, the acceleration would be instantaneous, or divide by 0 seconds, thus approaching infinity. Since the force becomes INFINITY ANYWAYS, the immovable object contains, in fact, the UNSTOPPABLE FORCE. They have always been contained in the same immovable object.
Scenario 2:
An immovable object would have to have infinite mass with an acceleration of 0. Immovable merely implies that no amount of force can be applied to cause the object accelerate positively or negatively. Let us assume that the object is NOT in motion. It is completely fixed in a volume in space. that would imply that: either the object has infinite mass and therefore infinite density, or that the volume is infinitely small, but greater than zero.
a) hypothetically, if the object has infinite mass, it would take up everything in this known universe and beyond, and possibly destroy the space/time continuum. we know this would never be the case, as i am here explaining troll physics to you at the moment. let's move on to b).
b) the volume of this immovable object is infinitely small. we need to see what would happen if an unstoppable force meets this infinitely small immovable object. in order for a "force" to me measured, there must be physical mediums in which this force is manifested. regardless of medium, this unstoppable force is an infinity = mass times acceleration, so either the medium has an infinite mass (which is impossible based on part a)) or it has an infinite acceleration, thus speeding forever towards the immovable object. When this unstoppable medium reaches the immovable force, we need to take into account where they collide, and the medium in which the unstoppable force is manifested.
b1) the given mass of the force manifest medium could be ANYTHING, it doesn't matter. smaller than, equal to, or greater than the immovable object still doesn't matter. Also note that it would not matter if some of the mass were left stranded after the collision, the still accelerating medium in which the unstoppable force is manifested would still accelerate to INFINITY, which means force is STILL INFINITY, or UNSTOPPABLE. There would just be an infinitely tiny hole in the medium of the unstoppable force.
b2) for simplicity sake, let's assume that the colliding surfaces of the two mediums are laterally parallel, and the collision course will be head on. if the medium of the unstoppable force is < or = the collision surface of the immovable object, they will meet. Whatever the medium of the unstoppable force, it WILL DISINTEGRATE INTO AN INFINITE NUMBER OF SMALLER MEDIUMS, FANNING OUT ALONG TO PLANAR COLLISION SURFACE, similar to a bullet hitting a cement wall. However, this circular spreading cloud of possibly sub-neutrino particles will still be accelerating outward at infinity. This means that the unstoppable force has just MULTIPLIED; force can only be measured in physical things. since there are infinity small particles accelerating at infinity, EACH and EVERY of those infinite particles now contain an unstoppable force. - the force has not been stopped, merely redirected and multiplied.
In conclusion, I hope this iteration of troll physics has not confounded you, and that you will look forward to future editions of troll physics to come.
by the way, just know that I did this first.
Scenario 1:
An immovable object would have to have infinite mass with an acceleration of 0. Immovable merely implies that no amount of force can be applied to cause the object accelerate positively or negatively. since there is an acceleration of 0, the Force of the immovable object is also 0, unless it is already in motion and collides with a movable object, thus being able to measure out the acceleration of the 2n'd object, and being able to figure out the acceleration and force of the first object. In this case, the acceleration would be instantaneous, or divide by 0 seconds, thus approaching infinity. Since the force becomes INFINITY ANYWAYS, the immovable object contains, in fact, the UNSTOPPABLE FORCE. They have always been contained in the same immovable object.
Scenario 2:
An immovable object would have to have infinite mass with an acceleration of 0. Immovable merely implies that no amount of force can be applied to cause the object accelerate positively or negatively. Let us assume that the object is NOT in motion. It is completely fixed in a volume in space. that would imply that: either the object has infinite mass and therefore infinite density, or that the volume is infinitely small, but greater than zero.
a) hypothetically, if the object has infinite mass, it would take up everything in this known universe and beyond, and possibly destroy the space/time continuum. we know this would never be the case, as i am here explaining troll physics to you at the moment. let's move on to b).
b) the volume of this immovable object is infinitely small. we need to see what would happen if an unstoppable force meets this infinitely small immovable object. in order for a "force" to me measured, there must be physical mediums in which this force is manifested. regardless of medium, this unstoppable force is an infinity = mass times acceleration, so either the medium has an infinite mass (which is impossible based on part a)) or it has an infinite acceleration, thus speeding forever towards the immovable object. When this unstoppable medium reaches the immovable force, we need to take into account where they collide, and the medium in which the unstoppable force is manifested.
b1) the given mass of the force manifest medium could be ANYTHING, it doesn't matter. smaller than, equal to, or greater than the immovable object still doesn't matter. Also note that it would not matter if some of the mass were left stranded after the collision, the still accelerating medium in which the unstoppable force is manifested would still accelerate to INFINITY, which means force is STILL INFINITY, or UNSTOPPABLE. There would just be an infinitely tiny hole in the medium of the unstoppable force.
b2) for simplicity sake, let's assume that the colliding surfaces of the two mediums are laterally parallel, and the collision course will be head on. if the medium of the unstoppable force is < or = the collision surface of the immovable object, they will meet. Whatever the medium of the unstoppable force, it WILL DISINTEGRATE INTO AN INFINITE NUMBER OF SMALLER MEDIUMS, FANNING OUT ALONG TO PLANAR COLLISION SURFACE, similar to a bullet hitting a cement wall. However, this circular spreading cloud of possibly sub-neutrino particles will still be accelerating outward at infinity. This means that the unstoppable force has just MULTIPLIED; force can only be measured in physical things. since there are infinity small particles accelerating at infinity, EACH and EVERY of those infinite particles now contain an unstoppable force. - the force has not been stopped, merely redirected and multiplied.
In conclusion, I hope this iteration of troll physics has not confounded you, and that you will look forward to future editions of troll physics to come.
by the way, just know that I did this first.
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