- #1
cd27
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here are some questions i need answered:
How much energy (electricity/magnetism) would it take to make a pure steel metal sphere with a diameter of about four inches levitate?
2. With question one answered, we may now ask, what type of device would need to be used to make the electromagnet change its pressure of electromagnetic force when the device is tilted?
3. To account with question two, what type of design would an electromagnet need in order to perform its function (to levitate a metal sphere with a radius of two inches even when tilted)?
4. About how much electrostatic electricity would be needed to make a complete wall between the inner sphere’s outside wall and the inside wall of the outer sphere, given that there is an approximate ½ to 1 inch space between the inner solid sphere and the hollow outer sphere.
5. Once the inner sphere is somehow levitated, how far out will these magnetic fields erupt from the device? With that said, how thick should the outer glass covering (perhaps we could use lead, or some other substance which could keep the field from leaving the device and block it from the computer chips on the outside-glass was just an idea to extend away from the field, but if there is a substance that could repel a magnetic field, it would be much more sufficient) have to be to keep the magnetic field from interfering with the computer chip, or worse, deleting the information stored on it.
6. If wires from the computer chips were to be inserted into the empty space (where the static electricity would be), could it affect the chip with data loss or damage?
7. Would the four prongs (which will inserted into the bottom four corners of the device) be able to be inserted into the empty field to produce the static field and would these prongs be able to extract energy from an external generator for initial power without damage?
8. How large of a generator would be needed to run this entire device?
cd
How much energy (electricity/magnetism) would it take to make a pure steel metal sphere with a diameter of about four inches levitate?
2. With question one answered, we may now ask, what type of device would need to be used to make the electromagnet change its pressure of electromagnetic force when the device is tilted?
3. To account with question two, what type of design would an electromagnet need in order to perform its function (to levitate a metal sphere with a radius of two inches even when tilted)?
4. About how much electrostatic electricity would be needed to make a complete wall between the inner sphere’s outside wall and the inside wall of the outer sphere, given that there is an approximate ½ to 1 inch space between the inner solid sphere and the hollow outer sphere.
5. Once the inner sphere is somehow levitated, how far out will these magnetic fields erupt from the device? With that said, how thick should the outer glass covering (perhaps we could use lead, or some other substance which could keep the field from leaving the device and block it from the computer chips on the outside-glass was just an idea to extend away from the field, but if there is a substance that could repel a magnetic field, it would be much more sufficient) have to be to keep the magnetic field from interfering with the computer chip, or worse, deleting the information stored on it.
6. If wires from the computer chips were to be inserted into the empty space (where the static electricity would be), could it affect the chip with data loss or damage?
7. Would the four prongs (which will inserted into the bottom four corners of the device) be able to be inserted into the empty field to produce the static field and would these prongs be able to extract energy from an external generator for initial power without damage?
8. How large of a generator would be needed to run this entire device?
cd