[Solved] 4 Theory General Relativity Equation Models Orbits Problem Three Tu Dea U 3 01 Dt2 Using I Q37158915

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4. In the Theory of General Relativity the equation that models orbits as in problem three is tu dea + u = 3 + .01? dt2 Using the same initial conditions as in problem three, find the orbit. The constants have been chosen to make the effect due to Relativity obvious. What does the orbit look like now? Comment: If you’ve done problem three, you need change exactly one line of code to do this problem. Show transcribed image text 4. In the Theory of General Relativity the equation that models orbits as in problem three is tu dea + u = 3 + .01? dt2 Using the same initial conditions as in problem three, find the orbit. The constants have been chosen to make the effect due to Relativity obvious. What does the orbit look like now? Comment: If you’ve done problem three, you need change exactly one line of code to do this problem.

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Answer to 4. In the Theory of General Relativity the equation that models orbits as in problem three is tu dea + u = 3 + .01? dt2 … . . .