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I can't seem to figure out how to prove the property for R(t) = <f(t), g(t), h(t)> :
Dt[R(t) X R'(t)] = R(t) X R"(t)
Any suggestions?!
Dt[R(t) X R'(t)] = R(t) X R"(t)
Any suggestions?!
Is the "Dt" derivative with respect to t? i.e.(R x R')' ?I can't seem to figure out how to prove the property for R(t) = <f(t), g(t), h(t)> :
Dt[R(t) X R'(t)] = R(t) X R"(t)
Any suggestions?!
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