another google result 🤣
- 12-31-2009, 02:44 AM#1
Newton 4th law of motion
Newton failed to formulate 4th law of motion, after gap of 300 years i m presenting the 4th one
"if you swing a human body of mass "m" in a circular motion for time period "t" ,he/she will get motion sickness"
i hope it will get popularity like my black hole theory
@pi
help me a bit in deriving mathemetical equation of this law. 01-01-2010, 11:39 AM#2
Re: Newton 4th law of motion
K, well the force that the person will be going "outwards" (sort of like when a car turns and you hit the door) is given by F= mv^2/r, r is the radius you are swinging them in, v their velociy along the circular path and m their mass.
The distance covered d = (v)(t)
Energy is of course E = (F)(d)
Now, the amount of energy applied to a person over a period t is E=(m)(v^3)(t)/r
Let's see now "motion sickness", There are 9 constants and 5 vowels, but I is weak so we will take the two of them as one and get 4 vowels. Vowels are 0s.
So, when m(v^3)(t)/r = 90000 J, there will motion sickness.
Say, you are spinning them at 3.1415m/s at a radius of 1m. Say, they weigh 50kg.
Then we get 50*(3^3)(t)/1 = 90000
t = 90000/(50)(27) = 58 seconds.
So under those conditions it would take a minute.
Hence we can formulate the law as:
spin a minute, "ugggh I am sick".
Re: Newton 4th law of motion
technically speaking a person won't experience "motion sickness" at higher centrifugal forces. motion sickeness is caused when the visual system and the vestibular system are out of sync, such as the experience on a rocking boat or a bumpy car ride. However, at higher G forces a person may black out or experience tunnel vision and so forth.
the forumal for figuring out the g force is as followed:
g's = 4 pi 2 DT / 32 TP2
dt = distance from the turning point
tp = period
A normal person can resist up to 5 gs.
you both failed!
01-01-2010, 07:17 PM#6
Re: Newton 4th law of motion
You did not consider the time t that Sir Dino had specified. For such disresepect, he will now spin you around for 58 seconds at a rate of 3.1415m/s and a radius of 1m.
Re: Newton 4th law of motion
if the radius is 1 m
then the circumference = 2 pi (1) = 2 pi m
and my velocity is is pi m/s
so I have a period of 2 seconds?
that gives me a g force of .3?
lol...i am suppose to suffer of boredom for 48 seconds? assuming i am gonna lose interest after 5 spins anyway.Last edited by RawanShenas; 01-01-2010 at 08:16 PM.