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Weight and detecting change or creation of motion
Motion is created by acceleration and canceled by deceleration. All
motion is not relative. When the space ship takes off to measure its absolute motion only a scale and a clock are required. By measuring weight fluctuation one can calculate your acceleration and the end speed you have attained. Motion gravity by measured weight flucuation gives you your absolute motion through space without reference to anything external. Mitch Raemsch |
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Weight and detecting change or creation of motion
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Weight and detecting change or creation of motion
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Weight and detecting change or creation of motion
wrote in message ... Motion is created by acceleration and canceled by deceleration. All motion is not relative. When the space ship takes off to measure its absolute motion only a scale and a clock are required. By measuring weight fluctuation one can calculate your acceleration and the end speed you have attained. Motion gravity by measured weight flucuation gives you your absolute motion through space without reference to anything external. Hardly. You could be in orbit and use your motor to accelerate away from the earth, or to declelerate and crash into the earth. In both cases, the same "weight" would be measured inside the space craft, despite the actual courses being completely different. Mitch Raemsch |
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Weight and detecting change or creation of motion
On May 8, 2:18*pm, "Peter Webb"
wrote: wrote in message ... Motion is created by acceleration and canceled by deceleration. All motion is not relative. When the space ship takes off to measure its absolute motion only a scale and a clock are required. By measuring weight fluctuation one can calculate your acceleration and the end speed you have attained. Motion gravity by measured weight flucuation gives you your absolute motion through space without reference to anything external. Hardly. You could be in orbit and use your motor to accelerate away from the earth, or to declelerate and crash into the earth. In both cases, the same "weight" would be measured inside the space craft, despite the actual courses being completely different. I don't believe that concludes your case. Show the math for that. I am not talking about the gravitational field. I am speaking of change of motion gravity alone. It is always detectable. Mitch Raemsch; Twice Nobel Laureate 2008 Mitch Raemsch- Hide quoted text - - Show quoted text - Change of motion or acceleration is detectable |
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Weight and detecting change or creation of motion
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#8
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Weight and detecting change or creation of motion
On May 8, 2:59*pm, wrote:
On May 8, 2:18*pm, "Peter Webb" wrote: wrote in message ... Motion is created by acceleration and canceled by deceleration. All motion is not relative. When the space ship takes off to measure its absolute motion only a scale and a clock are required. By measuring weight fluctuation one can calculate your acceleration and the end speed you have attained. Motion gravity by measured weight flucuation gives you your absolute motion through space without reference to anything external. Hardly. You could be in orbit and use your motor to accelerate away from the earth, or to declelerate and crash into the earth. In both cases, the same "weight" would be measured inside the space craft, despite the actual courses being completely different. I don't believe that concludes your case. Show the math for that. I am not talking about the gravitational field. I am speaking of change of motion gravity alone. It is always detectable. Mitch Raemsch; Twice Nobel Laureate 2008 Mitch Raemsch- Hide quoted text - - Show quoted text - Change of motion or acceleration is detectable- Hide quoted text - - Show quoted text - The creation of new motion is detectable. |
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