- #1
Hexx
Step three is impossible. Person one cannot exert a force on person two without experiencing an equal but opposite force themselves. In other words, if person one attempts to lift person two whilst in mid-air, person one will accelerate downwards whilst person two accelerates upwards - the two people would then lose contact making step four impossible.Hexx said:
Hootenanny said:Step three is impossible. Person one cannot exert a force on person two without experiencing an equal but opposite force themselves. In other words, if person one attempts to lift person two whilst in mid-air, person one will accelerate downwards whilst person two accelerates upwards - the two people would then lose contact making step four impossible.
Similar reasoning applies to the other two examples.
No. As I explained above, any attempt would be futile. This is not something that needs to verified experimentally - it cannot be done.Hexx said:have you tried?
I take it you are a mathematician. The way to fly is to have an magnet in one hand held high and a piece of iron in the other hand held low. The magnet will pull the iron up. As long as you keep your arms stiff, you will be pulled up with it.Hootenanny said:This is not something that needs to verified experimentally.
I am indeed (an applied one at least) - what gave me away?Jimmy Snyder said:I take it you are a mathematician. The way to fly is to have an magnet in one hand held high and a piece of iron in the other hand held low. The magnet will pull the iron up. As long as you keep your arms stiff, you will be pulled up with it.
leroyjenkens said:I like the one where you build a monorail-like track all the way around the Earth, then take out all the support beams all at the same time, giving Earth a floating ring.
How about tides ?jobyts said:we could adjust in the beam mass.
humanino said:How about tides ?
humanino said:How about tides ?
The impact of gravity refers to the force that pulls objects towards each other. It is a fundamental force of nature that affects all objects with mass.
Gravity is what keeps us grounded on Earth and allows us to walk and move around. It also affects the motion of objects and the formation of tides on our planet.
Mass is the amount of matter in an object, while weight is the measure of the force of gravity on that object. Mass stays the same regardless of location, but weight can change based on the strength of gravity in different places.
Gravity affects the motion of objects by pulling them towards each other. It is responsible for the orbit of planets around the sun and the moon around Earth. It also causes objects to fall towards the ground when dropped.
If there was no gravity, objects would not be held together and would float away from each other. There would be no planets or stars, and life as we know it would not be possible without the force of gravity.