Message from @Syntax
Discord ID: 564190091107631106
force is a byproduct of accelertiaon, accelration is not a by product of force
so can you please shut up about forces now you've been proven WRONG
?
F = ma
Therefore a = F/m
m = F/a
You could also say that a stationary cube has no acceleration, and their mass cannot be calculated as you cannot divide by 0 so it cannot exist
This kind of reasoning does not work
I haven't been proven wrong, but we might as well move on.
We're talkign about acceleration and @Ivan Pavlovich keeps insisiting a force is required, it's really not
Can't you use p = f*v and disregard the mass term
But mass is part of the relationship between both
How can you have a force with zero mass @Ivan Pavlovich ?
Yes
How much does a beam of light weigh?
How can you have a mass with no acceleration?
Same equation
Same logic
Ok, so you're confusing the light with the object that's being pushed.
object being pushed by light with zero mass
The acceleration _of the object_ is what matters
@Syntax Thank you, can you tell @Ivan Pavlovich that please
F = ma refers to the object being pushed, not the pusher.
because I swear to god if this zombie doesn't shut up about his forces I'm going to kick him, a zero sum force that creates an acceleration such shit
Censorship.
You can't use the equation to argue that way
Rearrange the equation and your logic causes the value of mass to be uncalculatable
ANYWAYS, let's move on
For real this time
3. APPLICATION OF PRESSURE VECTORS https://imgur.com/a/g6eAkG6
Hmm
sorry
The woman is accelerating
But I don't see any mass pushing that woman
Isn't that just drag, how does that relate to gravity
Must be fake
Same logic
If you have a powerful enough fan underneath you, you will accelerate upwards
@Hamburger Guy He threatened to shut us down, so we don't have a choice.
Cause = big fan blowing air
Effect = acceleration
Yep, air particles can apply force as well.
>>mute 542838501087903745
<:vSuccess:390202497827864597> Successfully muted **Ivan Pavlovich**#1596
you were warned
Uh