Solution 15.9b

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(New page: <math>\begin{align} & \tan \alpha =\frac{2}{4} \\ & \alpha =26.6{}^\circ \\ \end{align}</math>)
Current revision (14:27, 17 September 2010) (edit) (undo)
 
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<math>\begin{align}
<math>\begin{align}
& \tan \alpha =\frac{2}{4} \\
& \tan \alpha =\frac{2}{4} \\
-
& \alpha =26.6{}^\circ \\
+
& \alpha =26\textrm{.}6{}^\circ \\
\end{align}</math>
\end{align}</math>
 +
 +
<math>\text{Angle between Impulse and Initial Velocity}=180-26\textrm{.}6={{153\textrm{.}4}^{\circ }}</math>

Current revision

\displaystyle \begin{align} & \tan \alpha =\frac{2}{4} \\ & \alpha =26\textrm{.}6{}^\circ \\ \end{align}

\displaystyle \text{Angle between Impulse and Initial Velocity}=180-26\textrm{.}6={{153\textrm{.}4}^{\circ }}