So Sup Forums i got a question what is the mass of an object ifthe force is infinite and the acceleration is the speed of light (c)
The equation would look kinda like this
M=(infinity)/(c)
So Sup Forums i got a question what is the mass of an object ifthe force is infinite and the acceleration is the speed of light (c)
The equation would look kinda like this
M=(infinity)/(c)
No it wouldn't and all your picture shows is that a=\=b
>M=(infinity)/(c)
c < infinity, and positive, so
M=infinity
However if you were to tryto find the acceleration of infinity/infinity it doesnt equal (c)
since a = b, a - b = 0 so you cant go from (a+b)(a-b) = b(a-b) because to do that, you would have to divide both sides by (a-b) BUT YOU CAN"T DIVIDE BY 0!
Actually it shows if u devide by zero shit gets fucked up
Mass is not possible
Lol
Read the post not the picture
But doesnt everything tangable have mass?
I was more concerned with the picture being mathematically wrong!
Ik its wrong i just used it cause its a math picture and the idiots ofthe world think its true
No, the situation in question in OPs post isn't possible as far as we know without breaking a lot of physical laws.
> Applying an infinite force to an object
This.
Ik this is all theoretical
Infinity isn't a number, it's just an idea. Infinity/Infinity is undefined, and therefore could be equal to anything.
speed of light is velocity, not acceleration
acceleration is change in velocity per unit time
>op is a troll or an idiot
/thread
Even theoretical, not possible
Until you graduate high school
Speed of light is not infinite so the answer would look like this:
M = inf / c = inf
The mass would approach infinity when force approaches infinity.
>The mass would approach infinity when force approaches infinity.
the mass would approach infinity when velocity approaches the speed of light