The invisible planet 9
https://twitter.com/MAstronomers/status/1670947388012261376?t=3jxAtbYZcMh5h5oETBX3Dg&s=19
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The earth is flat? huh! 
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This theory about the ninth planet has been around for decades but no one has ever produced solid proof concerning it
One inch plastic ball moving at 15,000mph
Made this damage to aluminium.
So a spec of dust moving at the speed of light can
Shread a space craft to pieces.
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Megatron is coming
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Did they use a protractor to measure that angle and what was the reference point in the ever rotating universe ?
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We got them!
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The pale blue dot. Where everything you know is found
Some vanities, sasa what’s the use of having all known elements in your office or it’s continuously testing them to check which can result into a catastrophe? And Jamaa ni software businessman not a geologist?
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Did you notice the horizon is always flat, no matter how high you go?
Did you notice all the photos of space you posted up there are all CGI?
Whoever measured the 6degrees of tilt, what is his/her/them point of reference?
Bonus Questions…
Vacuum is not a natural state of existence therefore, how come globe earth’s atmosphere is not sucked in to space?
For thrust to occur, a rocket must push against a fluid. Heck, for any movement to occur, something must push against another. How do rockets propel in ‘space’ vacuum?
I have about 200 more questions but kindly answer those ones satisfactorily (no ad-hominem attacks please). Thank you in advance and kind regards.
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Rocket Thrust in Vacuum
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How do rockets move in a voccum
ChatGPT
In a vacuum, rockets propel themselves forward by expelling high-speed exhaust gases in the opposite direction. This principle is based on Newton’s third law of motion, which states that for every action, there is an equal and opposite reaction.
Here’s a simplified explanation of how rockets work in a vacuum:
- Propellant Combustion: Rockets carry both fuel (propellant) and an oxidizer on board. These are typically stored in separate tanks. Inside the rocket engine, the propellant and oxidizer are mixed and ignited.
- Combustion Chamber: The ignited propellant and oxidizer burn rapidly in the combustion chamber, producing a large volume of extremely hot gases.
- Nozzle Expansion: The combustion gases are then directed through a nozzle at the rear of the rocket. The nozzle is carefully designed to maximize the acceleration of the exhaust gases while minimizing pressure losses.
- Action-Reaction: As the hot gases rush out of the nozzle at high speed, they generate a force in the opposite direction, known as thrust. According to Newton’s third law, this thrust force propels the rocket forward.
- Conservation of Momentum: To maintain a constant acceleration, the rocket must continuously expel mass in the form of exhaust gases. As the expelled gases move backward, the rocket moves forward with an equal and opposite momentum.
- Gyroscopic Control: Rockets also employ control systems to adjust their orientation and trajectory. By varying the thrust of different rocket engines or using small thrusters, the rocket can change its direction, stabilize its flight, and achieve desired maneuvers.
It’s important to note that while rockets are highly efficient in a vacuum due to the absence of air resistance, they still require a substantial amount of propellant to reach and maintain high velocities in space.