hf = a_{3}·(4/3)·pi·R^{3}+pi·RhP
hf = a_{3}·(4/3)·pi·(u+v)^{3}+pi·(u+v)hP
hf = a_{3}·(4/3)·pi·(u^{3}+3uv(u+v)+v^{3})+pi·(u+v)hP
hf = a_{3}·(4/3)·pi·(u^{3}+3uv(u+v)+v^{3})+pi·(u+v)hP
uv = ((hP)/a_{3})·(1/4)
(uv)^{3} = ((hP)/a_{3})^{3}·(1/64)
hf·u^{3} = a_{3}·(4/3)·pi·u^{6}+(1/3)·pi·(1/16)·( (hP)^{3}/(a_{3})^{2} )
u^{3} = ...
... ((1/2)·(1/(pi·a_{3}))·(3/4)·(hf+((hf)^{2}+(1/9)·pi^{2}·((hP)^{3}/a_{3}))^{(1/2)}))
v^{3} = ...
... ((1/2)·(1/(pi·a_{3}))·(3/4)·(hf+(-1)·((hf)^{2}+(1/9)·pi^{2}·(h^{3}/a_{3}))^{(1/2)}))
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