Native
Free Natural Philosopher & Comparative Mythologist
Yes, but I haven´t calculated this. If you have, then just post it.But you would still expect that total to be less on the 'lee' side and more opposite that, right? may I ask by how much?
Yes to the first sentense.Now, once again to be clear, the lee side is the opposite side to the direction of travel, right? NOT the opposite to the direction of the sun?
Correct and on the lee side of the Earth.So, in your picture of the magnetosphere, you expect the 'shock wave' part to be in the direction of motion, NOT in the direction of the sun, right?
I argued,
The orbital pressures depends on both the velocity and the sizes of planets.
By the way of simple aerodynamics.In what way?
NO no one is denying this. And, yes I take the orbital velocity pressure to cause the daily tidal waves according to the Earth daily rotation.And, is ANYONE denying that atmospheric pressure exists and affects water levels? Do you see this as being the same as the tides?
I said:
As said several times now: The general orbital velocity pressure on the Earth = the general atmospheric pressure = Newtons escape velocity.
I´m just combing the natural causes and motions without using Newton´s *occult agency*. Forget that and make the natural connections.
It certainly does when calculating the reentry velocity of a space craft through atmosphere. And as the space isn´t empty, it also goes for the planetary motions in spacial media.Pressure and velocity are not comparable concepts. So equating atmospheric pressure to velocity makes no sense.
I said:
Take for instants the Earth average diameter of 12.742 km and the average orbital velocity of 107,208 km/h around the Sun and you´ll get a value of the orbital velocity pressure of 8.413 for the Earth. (Admitted, I don´t know how to describe this value in scientific terms)
It´s a value of "resistence" which describes the orbital velocity pressure.You realize that simply dividing these things doesn't give a pressure, right?
You forgot to include the NOT empty space = resistance = force of pressure.A pressure is a force per unit area: you divide a force by an area. In this, you are dividing a velocity by a distance. All that tells you is what fraction of an hour it takes to move the diameter of the Earth.
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