Water slide

I. Slide One: Hydraulic Fracturing Think about what you may know about environmental issues today. Some of you may say global climate change. Others may conclude that pollution is a prevalent problem in the world today. Even more of you could declare that our biggest setback is the quickly dwindling natural resources in America and the world. What if I told you that there was an issue that encompasses these environmental issues as well as others? (Next Slide) II. Slide Two: Energy Issues Today

similar to the Simple Stain experiment but only a few changes were made to it. After we had gone with the heat-fixing the slide, we covered the slide with crystal violet, and we left it on fore 30 seconds. We rinsed the slide gently with a wash bottle water and we also covered the slide the slide with iodine for 12-60 seconds. We rinsed the slide again with a wash bottle water and then we held

After the blocks have cooled and have been removed from the moulds, they are sorted into their case and block order, and they are allocated to the back copy of the request form with the pre-printed slides. They are then bought through to the main laboratory where sectioning takes place, and given to a Biomedical Scientist to cut. Firstly, any excess wax is scraped off of the sides of the block; this ensures the block will fit into the chuck of the microtome securely. If the block is not secure, it

Abstract No matter how water came to exist on Earth, there is no denying that it has become the basis for life as we know it. From the largest animal, to the smallest microbe, water is essential. Microbes, in particular, have made water their homes and their diversity within these freshwater aquatic habitats was tested in this experiment and the hypothesis put forward was that cleaner water, pond B, contained a higher biodiversity as compared to dirty water. Water from two different freshwater ponds

Slide 1: The Global Ocean Conveyor Belt – By Sarah Cartledge Slide 2: The ocean is in constant motion. Seeing yourself watching waves crash onto the shore. Going swimming, feeling an ocean current pulling you along. Surface currents, such as the Gulf Stream, determine our weather and much more. Various wind patterns power the the Earth’s surface currents. There are also deep underwater currents in the ocean as well. These bigger but move more slowly than surface currents. A process called thermohaline

distilled water to individual slides containing a drop of blood, then placed under the microscope, the following observation listed below took place, and were compared to the original slide number one. Slide#1 with one drop of sheep’s blood. The first slide was placed under the microscope under the magnification of 40x, and a thick red layer appeared with a white streak on the side. There was little air bubble spread on the layer, which looked like a piece of meat with lean on it. The slide was then

variety of resources. For example, water supplies, fisheries, sewage disposal systems, forests, dams and roadways can be affected for year after a slide event. (ii)The negative economic effects of landslides: It include the cost to repair structures, loss of property value, disruption of transportation routes, medical posts in the even of injury, and indirect costs such as lost timber and lost fish stocks. (iii)Quantity and quality: Water availability, Quantity and quality

down it that was a whole different story that scared me. Way worse than heights worse than sharks it was a water slide that plays music to calm you down than it drops you and it is a 1 or 2 story drop then a whole bunch a corkscrews with the name insano. They even put cameras to videotape your face and they leave almost a deadly message on a tv to anyone else that wants to ride this water slide it was perfect for me. However you have to be at least 100 pounds which I knew that I was around that so

We looked at onions, lettuce, cotton, yogurt, and pond water. We viewed a thin piece of the onion with a 100x magnification. We saw the cell wall of the cell. We saw a rectangular-like shape repeated. Basically, we saw a shape that was almost like a rectangle in a pattern. The rectangles were in a brick like pattern and they repeated itself on the whole onion. We figured out that this was the cell wall on the outside of a cell. We viewed a small part of a cotton ball underneath the microscope with

find the effect of salt water on the purple part of an onion. If we put salt water on an onion, then the part of the onion will shrink. In this experiment we will make a slide and put the purple piece of the onion on it, then we will turn it to the tenth magnification to see the cells of the onion. Materials The materials I used to conduct this experiment was a slide to put the onion on, the purple skin of the onion, 1-2 drops of salt water,1-2 drops of regular water, and a microscope, to look