Ian: New page: Image:teori4.gif $\tan \alpha =\frac{V}{H}$ Here $V=8\ \text{N}$ and $H=6\ \text{N}$ . Thus $\tan \alpha =\frac{8}{6}=1\textrm{.}33$ g...

Ian — Mon, 22 Mar 2010 17:14:00 GMT

New page: Image:teori4.gif <math>\tan \alpha =\frac{V}{H}</math> Here <math>V=8\ \text{N}</math> and <math>H=6\ \text{N}</math>. Thus <math>\tan \alpha =\frac{8}{6}=1\textrm{.}33</math> g...

New page

[[Image:teori4.gif]]

<math>\tan \alpha =\frac{V}{H}</math>

Here
<math>V=8\ \text{N}</math>
and
<math>H=6\ \text{N}</math>.

Thus

<math>\tan \alpha =\frac{8}{6}=1\textrm{.}33</math>
giving
<math>\alpha =53{}^\circ</math>

Solution 4.3b - Revision history

Ian: New page: Image:teori4.gif \tan \alpha =\frac{V}{H} Here V=8\ \text{N} and H=6\ \text{N}. Thus \tan \alpha =\frac{8}{6}=1\textrm{.}33 g...

Ian: New page: Image:teori4.gif $\tan \alpha =\frac{V}{H}$ Here $V=8\ \text{N}$ and $H=6\ \text{N}$ . Thus $\tan \alpha =\frac{8}{6}=1\textrm{.}33$ g...