Ok, on the first video his number one proof is that the horizon looks flat. Hmm. Sounds like that’s a score for the biblical cosmological side and not the globe.

But it gets better. The second point is the “curve calculator”. Remember that thing WE tried to get YOU to look at t8? Anyway, there are too many posts on here where we have proven that…[Read more]

T8: It’s not that the amount of molecules don’t matter, it’s just that it is double. Are you saying it is like the richer scale where a 7. 0 quake is double compared to a 6.8? In other words not an even incremental increase.

Here’s a thought, why don’t you do a little research and figure it out. I have tried to explain it to you and provi…[Read more]

Hey Mike, I heard that NASA was going to switch from the 8 foot thick concrete and steel wall to the same stuff a car tire is made out of.  😂  You know because pressure can only double and a car tire can easily handle that. 😳

T8, “all these molecules” is what makes the pressure so they DO matter. It is the amount of molecules that gives you the psi.

You might as well say that “all those dollars don’t matter with how much money you have”.

It is not “our” air pressure argument. It is science, globe earth science too.

So you have decided that air pressure differences st…[Read more]

Mike: If you had a pressurized tire fitted around your hand as a glove, would you be able to twist a nut off a bolt? Would you be able to manipulate your hands around a power tool? Come on, man. Just keep asking yourself why NASA’s most powerful vacuum chamber has to have 8 feet thick concrete and steel walls, while the ISS is as thick as a coke c…[Read more]

100 molecules per cubic centimeter or 100 billion billion molecules per cubic centimeter, which is greater and is it greater than “twice” or “two to one”?

In other words, is it “100 molecules to 200 molecules” or “100 molecules to 100 billion billion molecules“?

Forget the tire t8, it’s not a pretty sight to cling to something that is…[Read more]

On the moon, there’s no air to breathe, no breezes to make the flags planted there by the Apollo astronauts flutter. However, there is a very, very thin layer of gases on the lunar surface that can almost be called an atmosphere. Technically, it’s considered an exosphere.

In an exosphere, the gases are so spread out that they rarely collide with…[Read more]

T8: If an aircraft can do it, then a rocket can too.

The pressure at about 35,000 ft. is about 3.47 psia (psi absolute) or 3.7 lbs. per square inch. The pressure at 60,000 ft. is only 1.05 psia. The pressure at 100,000 is 0.162 psia. The pressure at 150,000 is 2.1 x 10-3 psia! See the trend?

An aircraft would collapse at the higher…[Read more]

T8: That the difference between an inflated car tyre and sea level is about double.

That would be true.

T8: Likewise, the difference between space and a region of the atmosphere with 2 molecules is double.

A cubic meter only having 2 molecules in it would be better described as “space” rather than an atmosphere. Remember that our…[Read more]

By the way, I looked up the thickness of the walls on the lunar lander and basically it was about the thickness of a coke can, about  0.3 mm. But they brought a roll of duct…[Read more]

It looks like you are saying that to hold pressure the container must be robust!

I wonder how a few sheets of aluminum foil would hold up?

It looks like we are all learning about vacuums – and it doesn’t suck.

From what I understand that would be an absolute vacuum. What the important thing is the way it is expressed in scientific terms. For instance;

Vacuum gauge is measured from ambient air pressure in the negative direction. So for example at ambient air pressure the vacuum reading is 0 bar gauge and if a suction pressure of 0.25 bar is applied, the…[Read more]

T8: By that reasoning, how much is the difference between sea level and a car tyre? Probably the same or even more?

Between sea level (not sea curve) and a car tire would approximately be twice the pressure. But then you’re only going from 14.7 to 35 psi.

Not the same with a vacuum. A vacuum is not just 0 psi. A vacuum is less than 0 psi. I…[Read more]

At sea level on Earth, we breathe in an atmosphere where each cubic centimeter contains 10,000,000,000,000,000,000 molecules; by comparison the lunar atmosphere has less than 1,000,000 molecules in the same volume.

https://www.nasa.gov/mission_pages/LADEE/news/lunar-atmosphere.html

So, by NASA’s website the moon’s atmosphere is 10,000,000,000,…[Read more]

Here is an important point, even if the math is off by a factor of 10 to 100 it would still have the same result because of the immense pressure differential!

I had to look at all kinds of conversion tables to get a grip on this but when it clicks it is astounding! If I had to take a stab in the dark at the tire pressure it would be around 32,000,000 psi and of course the outside would still be 14.7 psi. Wow, talk about over-inflating!

Shall we consider the astronaut’s suits on the moon…[Read more]

The thermosphere is the layer in the Earth’s atmosphere directly above the mesosphere and below the exosphere. Within this layer of the atmosphere, ultraviolet radiation causes photoionization/photodissociation of molecules, creating ions in the ionosphere. Taking its name from the Greek θερμός (pronounced thermos) meaning heat, the therm…[Read more]

At Sea level the pressure is 1,013.25 millibars.

Near Earth’s surface the pressure decreases with height at a rate of about 3.5 millibars for every 30 metres (100 feet). However, over cold air the decrease in pressure can be much steeper because its density is greater than warmer air. The pressure at 270,000 metres (10−6 mb) (167.7 miles) is com…[Read more]

Mike, that will be an important video! In my opinion that is one of the most glaring pieces of evidence that they have no answer for. I can’t tell you how many people I have spoken to that when this is brought up they either just shut down or more likely dismiss it and continue on with other points. I would love to have a concise video I can…[Read more]