The four-dimensional spherically symmetric line element is ds = e(tr) (dt) = e(tr) (dr) - r(do)...

 

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The four-dimensional spherically symmetric line element is ds² = e(tr) (dt)² = e(tr) (dr)² - r²(do)² - r² sin² 0(do)², where v(t, r) and X(t, r) are arbitrary functions of t and r. Caluclate the compo- nents of Einsterin's gravitational tensor: Grr, Gee and Goo The four-dimensional spherically symmetric line element is ds² = e(tr) (dt)² = e(tr) (dr)² - r²(do)² - r² sin² 0(do)², where v(t, r) and X(t, r) are arbitrary functions of t and r. Caluclate the compo- nents of Einsterin's gravitational tensor: Grr, Gee and Goo