yes
yes
Your weight would be slightly less at a height of 200 miles above Earth due to the increase in distance from the planet's center. However, the change in weight would be very minimal and would not be noticeable in this scenario.
Yes, a solid would have the same mass on the moon as it would on earth. An object's mass is independent of the force of gravity, so its mass would remain the same even in the absence of gravity (e.g. on a spaceship). What would change is the weight, which is measured with mass in proportion to gravity.
A parachute would open ABOVE Mars, just as it would above our planet
The Solid Rocket Boosters (SRBs) drop off the space shuttle to reduce weight and allow the shuttle to continue its journey using its main engines. Once the SRBs have burned out their fuel, they are jettisoned to prevent excess weight and drag during ascent.
yes
the same
"Solid Steel" would not be a pipe- it would be a rod. Weight of pipe will vary depending on the thickness of the wall of the pipe.
compasses would not work and the only reason it is solid is because of all the pressure above it
Less weight, imagine how much that would weigh if it was solid.
Yes, the mass of a solid in grams would be the same on Earth, as mass is a measure of the amount of matter in an object. However, the weight of the object would be different on Earth compared to other celestial bodies, as weight is the force of gravity acting on an object's mass.
This would be calculated by how much weight is above the footings.
It is supposed to be inflated, because solid rings would sink the pool wall, and the water would escape.
Your weight would be slightly less at a height of 200 miles above Earth due to the increase in distance from the planet's center. However, the change in weight would be very minimal and would not be noticeable in this scenario.
That would depend where you are. The weight of air above you is greater at sea level than up a mountain, but if you were in a plane it might well be less than up a mountain.
Yes, a solid would have the same mass on the moon as it would on earth. An object's mass is independent of the force of gravity, so its mass would remain the same even in the absence of gravity (e.g. on a spaceship). What would change is the weight, which is measured with mass in proportion to gravity.
To lose one solid pound of weight, you need to burn 3,500 more calories to consume. Then, to lose 52 solid pounds of weight, you would need to burn 182,000 calories.