Solution 6.6b
From Mechanics
(Difference between revisions)
(New page: Using <math>v=u+at\ \</math> gives <math>\begin{align} & 24-9=0\textrm{.}5t \\ & t=30\ \text{s} \\ \end{align}</math> Here we have used the result for the acceleration obtained in the...) |
(New page: Using <math>v=u+at\ \</math> gives <math>\begin{align} & 24-9=0\textrm{.}5t \\ & t=30\ \text{s} \\ \end{align}</math> Here we have used the result for the acceleration obtained in the...) |
Current revision
Using \displaystyle v=u+at\ \ gives
\displaystyle \begin{align} & 24-9=0\textrm{.}5t \\ & t=30\ \text{s} \\ \end{align}
Here we have used the result for the acceleration obtained in the first part.