Endercreeper01

First, i meant ^(1/2), second, I meant t as proper time. Rs is 2Gm/rc2 Sources: http://scienceworld.wolfram.com/physics/TimeDilation.html http://hyperphysics.phy-astr.gsu.edu/hbase/relativ/gratim.html#c4 And also if t=t'/(1-Rs/r)^0.5, where t' is the relative time, then t'=t(1-Rs/r)^0.5. Actually, it is 2Gm/rc2 and v2/c2

General relativity time dialaion is t(1-Rs/r)^(-1/2) and special relativity time dilation is t(1-v^2/c^2)^0.5

What would the time dialation equation be when you combine both special and general relativity's effects?

But actually, it would be for the full Cd because there would be D0 and Di just like Cd0 and Cdi, so therefore, it would be Cd =Dcos(θavg )=D0cos(θavg )+Dicos(θavg )

My point was that air resistance is what stops it because drag is proportional to velocity squared

Cognotive abilities such as attention, memory, speed, ect

Yes, but there is no part of the velocity perpendicular to the velocity. It shrinks in the direction of motion by a factor of gamma, which is the same with time. Yes, but they both can have special relativity applied.

By intelligence I mean their cognotive abilities

Speed does not change because both time and length shrink by the same factor

I guess intelligence can just be a measure of a person's cognotive abilities

No, but other people would see the saw's velocity change depending on what reference frame they are in

I mean just intelligence in general

What is the difference in brain structure of somone intelligent compared to that of an average person?

The reason for not including Cdi is because Cdi is based on the coefficient of lift. I would need a new theory to calculate Cl, and I just started working on it. When I do come ou with a new theory about calculating Cl, then this theory will include Cdi

I also want to change something else. My theory does not include Cdi. Cd=Cd0+Cdi, and this theory is only for how to calculate Cd0. In the future it mught, but for now it is just how to calculate Cd0

Why does the coefficient of lift decrease after that maximum value?

Spin is relative just like velocity is relative

I have something to add to my theory. It can also be described as Dcos(∫(over area)θ). But it is basically Dcos(θ_avg) where θ_avg is the average of θ

I'm simply trying to find the factors that affect the coefficient of lift

I changed my mind. And It doesn't go into much detail.

It actually didn't help at all. And I mean factors as in different things that affect it.

It doesn't help very much. I wanted a list of factors.

I don't mean based on the lift force. I mean the factors that affect the coefficient of lift itself

What are the factors affecting the coefficient of l.ift?