| ometer is a mechanism that shows the rate of | | | | Now let's learn how to use an anemometer. First, |
| the wind's speed. The mechanism you can build is | | | | you need to understand that an anemometer |
| a kind of wind speed marker. This kind of maker | | | | basically works by having the wind spin around |
| will be able to show you an approximate of the | | | | the plastic cups you've just assembled. Position |
| wind's speed. The power in the wind can be used | | | | your anemometer at least 4 feet from the |
| to produce electricity. But you should figure out | | | | ground. It is also important that you position your |
| how fast the wind is blowing before you can | | | | anemometer away from things that can obstruct |
| utilize the wind energy. This guide will tell you how | | | | wind, such as trees and buildings. This will help you |
| to build and utilize a weather anemometer. | | | | obtain a more precise reading. |
| To make a weather anemometer, this will call for | | | | Concentrate on the target cup as it revolves. This |
| a few equipments. These include 2 like-sized | | | | target cup is the tinted cup you used in your |
| cardboard parts, 3 plastic white cups, 1 plastic | | | | construction. Using a stopwatch, begin counting |
| colored cup, scissors, watch, clay, ruler, paint, | | | | the number of times the target cup has revolved |
| stapler and an unsharpened pencil with eraser. | | | | in one minute. Record the results and then do the |
| Read the guide below to make an anemometer all | | | | same thing twice, making sure that you are |
| on your own. | | | | showing the number of times the target cup has |
| Assemble your 2 cardboard sections into the | | | | revolved. |
| shape of an X and staple them at the center. | | | | Obtain the 3 readings and split into three. The |
| Arrange your cups so that they are all facing the | | | | ensuing number represents the average rounds |
| same course. Connect on to each of the 4 edges | | | | per minute. While the actual wind speed of an |
| of the X you constructed out of your cardboard | | | | anemometer relies on its size, on the whole every |
| sections and staple them. Ascertain that all of the | | | | 10 rounds per minute is equal to one mile per |
| cups are facing the same direction. You can let | | | | hour. |
| the colored cup face anywhere. | | | | Weigh the quantity of days against each other. |
| Put your pencil eraser facing up to the middle of | | | | The days that the cup produced the most |
| the X. Press a pin from the surface of the X into | | | | rotations were the days that experienced the |
| the pencil's eraser below. Create a stand for the | | | | most wind. The days where the cup produced |
| anemometer utilizing clay. It would be a good idea | | | | fewer rotations were days that hardly |
| to utilize enough of it to surround the pencil and | | | | experienced any wind. As you may have realized |
| lock the anemometer in place. Blow into the cups | | | | by now, building and utilizing a home-made |
| to check that the device works and make some | | | | weather anemometer is not hard at all! |
| adjustments if necessary. | | | | |