Leonardo lin 8 RAM Lab report Measuring of plerococcus 1. Background information pleurococcus is an extensive algae‚it depending on the kind of environment and produces the amount of pleuroccus depending on the enviroment. It allows you to use a small plots measuring the distribution and allocation of reality to identify relevant environmental factors organisms. 2. Aim / Research Question / Problem i am going to study about the how it affect the plant or tree‚ I am using the quadrat to measure the
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NAME: Donna Ha TITLE: Measuring the Rate of Osmosis Using “De-shelled” Chicken Eggs INTRODUCTION: In order to fully understand the concept of this experiment‚ one must first be introduced to diffusion. Diffusion is a spontaneous process by which molecule particles move from one area that is highly concentrated to another area in which its concentration is lower. Cells contain fluids and are surrounded by fluids; in order for a cell to function it is required to be in a balanced state. The
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the first day of kindergarden. It was a sunny day in January 2001‚ I was all alone with no one to talk to. Scared and nervous‚ but she walked over and started talking to me. I knew we would be best friend. We were closer than ever and we spent every moment together. Ever since then‚ it had been nothing but a strong friendship. On a clear summer night‚ I was staring up at the sparkling sky‚ swaying on the playground swing. My best friend of 12 years sat quietly on the swing next to me. Suddenly‚ there
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In the humus lab were were trying to find out if hydrogen peroxide would cause a reaction and show us the amount of humus in the soil by putting gas into a graduated cylinder with water to make the water level lower therefore showing us how much humus the material being tested contained. It showed that the sand was lacking humus but the mushroom compost was the most rich in humus. My hypothesis was correct because I predicted that the mushroom compost would produce the greatest amount of humus out
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temperature disrupts the structure of proteins and certain chemicals such as acetone and methanol dissolve the phospholipids‚ leading to damage of the membrane and therefore leads to increased permeability. Beetroot is the material used in this experiment to demonstrate the effects of high temperature and chemicals on the permeability of the cell membranes. Beetroot contains a red pigment called betacyanin‚ which is located in the large central vacuole of the beetroot cells. The vacuole is enclosed
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Results Experiment I: As a general trend O2 production and reaction velocity increased with increasing catalase concentration‚ however‚ the 33% percent catalase concentration showed a drop of 0.175 mL O2/s compared to the 25% catalase concentration (figure 1.2). The velocity of 25% catalase was 0.275 mL/s‚ 33% was 0.1 mL/s‚ 50% was 0.435 mL/s‚ and 75% catalase was 0.575 mL/s (figure 1.1). The 50% catalase concentration produced the most O2 overall however the 75% catalase concentration had the fastest
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This reflects accurate results reproduced by another experiment performed by Campbell et al (2004). When looking at the effects nicotine and ethanol had on the heart rate of the Daphnia magna‚ it showed that they were depressants by the decrease in the Daphnia’s heart rate in comparison to the heart rate of the control group. The results of Ceballos et.al (2010) supported the results obtained in this experimental. Ceballos et.al (2010) experiment analyzed further and noticed that the nicotine had different
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Introduction The purpose of this lab was to calculate and determine the optimal dosage of ultraviolet (UV) light to expose Saccharomyces cerevisiae (S. cerevisiae) to that would result in a survival rate of 20-40%. Saccharomyces cerevisiae commonly referred to as baker’s yeast is a single-celled eukaryote. Yeast is capable of growing as either a haploid or a diploid cell. The diploid cell can reproduce mitotically or sporulate‚ a process initiating meiosis and forming an ascus with four spores (Sacchromyces
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Abstract: In this Lab we used the chemical DPIP to detect the rate of succinate broken down by the mitochondrial solution. We detected the amount of DPIP in the solution with a spectrophotometer and measuring the absorbance of light at the 600nm range. DPIP is a useful chemical to use in this experiment because it goes from a blue color when oxidized to a colorless liquid (Ogura‚ 281)‚ this is due to the hydrogen ions and electrons released during the transitional step between succinate and fumarate
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Biophysical Ecology Abstract: There are many patterns that can be observed throughout our environment. In this experiment‚ the temperatures of organisms in a biophysical environment were analyzed to see if a pattern could be recognized that was related to the behavior of an ectotherm. An ectotherm is an organism that relies on the environment to regulate its body temperature. Organisms such as Pseudemys (turtles) and Lacertilia (lizards) are examples or ectotherms. After arriving at Maxcy Gregg
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