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+5
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avatar+1314 

Hi, this is what our team derived from delta:f=ma. v(t) = ((m∙g/k)^(½) ∙ (e^(2∙(m∙g/k)^(½) ∙ ((m/k)∙t + c)) + 1) / ((1 - e^(2∙(m∙g/k)^(½) ∙ ((m/k)∙t + c))).

It is correct in our opinion. I am pretty certain that there is unneccesary brackets so please point them out so we have no doubt. I also think we can resolve the equation to e^0*e^m/k^2(constants)c or e^0*e^c tol and bottom but not sure of all laws regarding to working with e. Set time t =0

Please help to simplify this further as we have tried resolving it fully with out assistance which delayed meeting out deadline. Thanks. 

 Aug 22, 2014

Best Answer 

 #1
avatar+1314 
+5

This problem has been resolved. 

 Aug 22, 2014
 #1
avatar+1314 
+5
Best Answer

This problem has been resolved. 

Stu Aug 22, 2014

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