Lab Report Janice Chisholm SCI207: Dependence of Man on the Environment Instructor: Lee Ott April 28‚ 2013 1. What patterns do you observe on the information table 4? While observing the information in table 4‚ it appears that the number of fish changes from time to time and the oxygen increases and / or decreases when this occurs. 2. Develop a hypothesis relating to the amount of dissolved oxygen measured in the water sample and the number of fish observed in the body of water?
Free Observation Scientific method Hypothesis
A REPORT ON Old age home elderly survey report By Sumit Agarwal 14BSP2163 A REPORT ON OLD AGE HOME ELDELY SURVEY REPORT By Sumit Agarwal 14BSP2163 HELP AGE INDIA PROJECT A report submitted in partial fulfillment of the requirements of PGPM Program of IBS Kolkata Distribution List: Company Guide -Anuradha Sen. Faculty Guide - Ajay Pathak. Date of Submission: 30-05-2015 Acknowledgement I am using this opportunity to express my gratitude to everyone who supported me throughout
Free Old age Gerontology Middle age
BSA is obtained by using spectrophotometer‚ and the graph is plotted then a standard curve is drawn. BSA stands for Bovine serum albumin which is a serum albumin protein derived from cows. It is often used as a protein concentration standard in lab experiments. The nickname of BSA is "Fraction V" refers to albumin being the fifth fraction of the original Edwin Cohn purification methodology that made use of differential solubility characteristics of plasma proteins [3].
Premium Serum albumin ELISA
Kiley O’Toole Lab Report 3 Purpose The purpose of this lab was to uncover the number of layers of zinc atoms around a piece of galvanized iron. This was done by pouring the hydrochloric acid onto the galvanized iron‚ thus removing the zinc from the piece of metal. Laboratory Procedure 1. Measured and recorded the mass of a piece of galvanized iron using a centigram balance and a ruler 2. Measured and recorded the length and width of the galvanized iron using the ruler 3. Put the
Premium Hydrogen Zinc Length
1. If atomic mass of Mg atom is 24 g‚ find mass of 1 Mg atom. 2. Find mass of 1 molecule C2H6. (C=12‚ H=1) 3. Find mole of 6‚9 g Na. (Na=23) 4. Find mass of 0‚2 mol P4 . (P=31) 5. Find mole of 4‚48 liters O2 under normal conditions. 6. Find mass of Fe in the compound including 4‚8x1023 O atoms ;Fe3O4 . 7. 1. Find relation between number of molecules of given matters; 8. I. C2H2 that includes 2mol H atom 9. II. CH4 that includes N atoms (N is Avogadro number) 10. III. C3H4 that includes 1‚5 N C atoms
Premium Oxygen Mole Chemistry
Name of Student: FINAL EXAM Please enter your name in the upper right cell. Read the directions carefully. Note that the exam is worth a maximum of 15 points (15% of your course grade). Some items are required‚ and some offer choices of which ones to complete. Responses must be in your own words (no copied content or quotations allowed) in the cells provided; the cells will expand downward as you type. You do not need to cite sources for this test‚ especially because no copied content is permitted
Premium Trophic level Water Food chain
Lab report is one way we used during of after an experiment in a laboratory to subtly record and discuss the experiment. During a lab‚ we sometimes can observe only the physical part of the experiment‚ or may be some visible chemical changes. These changes indicate that the experiment we do is successful or not. However‚ in order to understand and achieve more from just simply doing the experiment‚ we write lab report to more profoundly understand the internal meanings of the experiment we do‚ and
Premium Critical thinking Thought
Tim Readmond AP Biology Lab Report I. Title a. Modeling Diffusion and Osmosis II. Introduction a. If one places a 1.0 M solution of glucose inside a bag and then places that bag into a beaker containing a 1.0 M solution of sucrose‚ the percent of mass lost in the bag is 10.5%. The solution in the bag is hypertonic while the solution in the beaker is hypertonic‚ which is why water moves from the bag to the beaker and the bag loses mass. b. The purpose of this experiment is to see whether
Premium Sucrose Glucose
nearest 0.001 g and record it in the data table in the back of the laboratory workbook. 3. Then we determined the volume of the unknown solid by water displacement. We first filled a 100mL graduated cylinder about 1/3 of the way with water and we recorded the volume to the nearest 0.1mL. We carefully slid the unknown solid into the cylinder with water. We then recorded the new volume and subtracted the two recordings equaling the volume of the unknown. 4. We then calculate the density by dividing
Premium Density Volume
The first lab we did was overall fascinating. Each station had something different to offer and revealed results that I would not have guessed. The exercise that profoundly stuck out to me the most was the “water tank‚” lab. The procedure of the lab was to shoot a red laser beam into the tank of water from three different directions. I first shot the laser from above the water surface‚ then from below‚ and finally from the side of the tank. Interestingly enough‚ each direction‚ the laser would bend
Premium Water Chemistry Oxygen