The spacecraft of the future will use a variety of spacecraft instruments but for now, let’s take a look at a few crash course astronomy lessons. Included here are some great sets of worksheets that will give you a lot of bang for your buck when it comes to preparing to find your way around the universe.
The first thing you’ll want to do is find a picture of an astronomical object. It can be hard to find this sort of thing on the web, but we have it, so we’ll just have to settle for the digital equivalents of it. Also, this should be the most familiar piece of information for you and the process of doing so is the first thing you’ll need to do.
Next, lay out a very well-detailed picture of a solid planet. In this case, Venus, although there are many more planet classes available to you from here on out. Go ahead and draw it in as if it were being drawn by a child. Remember to stay within the lines as well as the size constraints.
After you have drawn it in, take it to a scale drawing paper for a very long time. Keep in mind that this particular planet’s size will determine the scale you are going to be working with. This will greatly affect the ratio of size to that of your particular work of art. You should also experiment with perspective here, as well as the distance of the image itself from the Earth’s surface.
Once you have plotted a solid planet, you will want to get all of the other information about the celestial body, including color and diameter. Let’s go over a few of these things again, because you will see how important they are in getting you ready for the rest of the crash course astronomy lessons.
First, look for an ever-important pixel on the image you have already drawn. This is known as the micro-point, and you should use it to determine the position of the image. Also, the position is used to help calculate the size of the celestial object.
Next, you’ll need to use this measurement to calculate the diameter of the celestial object. First of all, find the midpoint between the two points on the top of the image. If you can, align the two images by making sure to have the image on the left to be one pixel farther to the right than the image on the right. Doing this will help you to determine the diameter.
This is only the first step; this is only the first step, and there are a lot more things you’ll need to learn about. In fact, each day brings new crash course astronomy lessons, so don’t get frustrated if you don’t remember everything you learned yesterday!
