"g=g_0(\\frac{R}{R+h})^2,\\\\ R+h=R\\sqrt{\\frac{g_0}{g}},\\\\g=\\frac{GM}{(R+h)^2},"
"T=\\sqrt{\\frac{4\\pi^2(R+h)^3}{GM}}=2\\pi\\sqrt{\\frac{R+h}{g}}=2\\pi\\sqrt{\\frac Rg. \\sqrt{\\frac{g_0}{g}}},"
"T\\approx 90.2^m."
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