What was interesting to us was the “e” was actually upside down. We then moved the slide left, but the image moved right. This showed us that the image is always reversed. When we went to 400x, we found that we could not even see the “e” anymore, and that we could only see the threads of the paper. Next, we started to view a prepared slide of Amoeba at high power. It was hard to find the Amoeba because it was super tiny, and it took some time to focus in on it. The Amoeba fit two times across the field of view, and the approximate size was 250 micrometers. We then moved onto comparing animal and plant cells. First, we observed cheek cells, and we made a slide by scraping the inside of our check and adding methylene blue. It was amazing to see our own check cells in the microscope, because we could even see the nucleus of the cell. Then, we got a piece of elodea leaf and made another wet mount slide. We could see the cell walls of the plant cells, and the chloroplasts moving because of cytoplasmic streaming. We knew that both were eukaryotic cells because they were both multicellular. Lastly, we looked at a prepared slide of three different colored
What was interesting to us was the “e” was actually upside down. We then moved the slide left, but the image moved right. This showed us that the image is always reversed. When we went to 400x, we found that we could not even see the “e” anymore, and that we could only see the threads of the paper. Next, we started to view a prepared slide of Amoeba at high power. It was hard to find the Amoeba because it was super tiny, and it took some time to focus in on it. The Amoeba fit two times across the field of view, and the approximate size was 250 micrometers. We then moved onto comparing animal and plant cells. First, we observed cheek cells, and we made a slide by scraping the inside of our check and adding methylene blue. It was amazing to see our own check cells in the microscope, because we could even see the nucleus of the cell. Then, we got a piece of elodea leaf and made another wet mount slide. We could see the cell walls of the plant cells, and the chloroplasts moving because of cytoplasmic streaming. We knew that both were eukaryotic cells because they were both multicellular. Lastly, we looked at a prepared slide of three different colored