Method for measuring zero distance constant in universal gravitation law by using experiments
A kind of gravitational, zero-distance technology, applied in educational appliances, teaching models, instruments, etc., can solve problems such as ignorance
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[0115] Utilize the method of the zero-distance constant in the law of universal gravitation to measure by experiment of the present invention, A, prepare two objects that mass is respectively m1 and m2, does not need to be weighed to it;
[0116] B. Prepare a device for measuring the gravitational constant;
[0117] C. Using the device for measuring the gravitational constant, measure the gravitational force between two objects with masses m1 and m2 as the size of F1, and measure the distance between the two objects as R1 at the same time, and then change The distance between the two objects is R2, and the gravitational force between the two objects whose masses are respectively m1 and m2 after changing the distance between the two objects to R2 is F2;
[0118] E. According to one of the following formulas of the revised law of gravitation
[0119] f 12 = G m 1 m 2 / (r+X) 2 (twenty one)
[0120] Substituting the secondary measurement results into the above formula, we g...
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