Lab 1: Introduction Metric System Prefixes (to put in front of basic units): k = kilo = 1000 x c = centi = 1/100 of (which is 10-2 of) m = milli = 1/1000 of (which is 10-3 of) ( = micro = 1/1,000,000 of (which is 10-6 of) n = nano = 1/1,000,000,000 of (which is 10-9 of) (d = deci = 1/10 of ) [pic] (Note: The way to read the numbers above, for example, is: There are 1000 nm in one (m. There are 1000 (m in one mm.. etc.) To convert from one metric
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Lab report As part of my module Nip1002 I was required to perform a set of observational skills which included; pulse, blood pressure, respirations, hand washing and urinalysis and then compare them to previous results. In this lab report I am going to discuss blood pressure in detail. Procedure * Explain the procedure to the patient and gain consent * Wash hands thoroughly following the hand wash technique to prevent the transfer of bacteria * Clean equipment e.g. blood pressure cuff
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To make dilutions of concentrated solutions and report their concentration in different ways. Hypothesis: I predict that at least one of the tubes will not change color because of the little concentration it has. Materials: Balance, analytical Balance, tabletop milligram weigh paper, 7.6x7.6 cm weigh boat, 3.5”x3.5” Lab scoops cupric sulfate 5-hydrate Tubes, 15 mL, capped Tube racks for 15mL tubes Deionized water Permanent lab marker pens Tubes, glass, 13x100mm Peg racks for
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and methods used in the experiments should be reported in this section. The difficulty in writing this section is to provide enough detail for the reader to understand the experiment without overwhelming him or her. When procedures from a lab book or another report are followed exactly, simply cite the work, noting that details can be found in that particular source. However, it is still necessary to describe special pieces of equipment and the general theory of the assays used. This can be usually
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BMS192 Lab Report marking sheet for 201360 Lab Report Marking Criteria Marks awarded Section total Abstract (4 marks) 2 Approx 2 lines introducing the topic (and aims) (1 mark) 1 Approx 2 lines for methods (1 mark) 0.5 Approx 2 lines summarising results (1 mark) 0 Approx 2 lines concluding (1 mark) 0.5 Introduction (11 marks) Note: use your text and the supplied journal articles to justify and support the development of the aims and hypothesis of the study. 5.75 What is blood
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Lab Report Introduction: Natural selection relies upon the assumption that all organisms produce more offspring than can survive in an environment demonstration limited resources. The heritable traits that are best suited for a particular environment should be passed on at a greater frequency then those less adaptive traits. Natural selection is unique in that it leads to adaptive change, and these changes are likely to lead to increased survival and reproductive success. To sum up, natural
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Final Lab Report (Water Quality and Contamination) Student’s Name Course Name Institution Instructors Name Date of Submission Final Lab Report Abstract Establishing water quality was done by analyzing the chemical, physical and biological characteristics. This process helped determine safe water for human consumption in public in addition to making sure that humans are not affected by chemicals or disease causing organisms. This was done by analyzing 3 water samples which entailed Tap
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CN3108: CHEMICAL ENGINEERING PROCESS LAB II Experiment B1 Adsorption for Protein Isolation (L) Frederick Chan Yew Meng U065963A (E) Gan Yue Sern U065873B (A) Giam Ming Yao Joshua U065944X (R) Farhana Mehnas D/O Haja N U065763H Group: M4 Submitted On: 13th October 2008 Contents Sections Page Summary 1 I Introduction 2 II Theoretical Background 3 III Experimental
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Lab Report BACTERIAL ENDOSPORE STAINING Introduction: Bacterial endospores are small oval or spherical structures that are resistant to high temperatures, radiation, dessication, and chemical agents such as disinfectants. The spores are produced inside the bacterial cell thus getting the name endospore and they are formed as a survival mechanism in response to adverse conditions. The vegetative cell gives rise to the endospore which is stimulated by the depletion of nutrients. The spores are
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LAB REPORT 4 Hooke’s Law Objectives * To perform an experiment to measure the spring constant of a coil spring. Theory * Hooke's Law states that if the distortion of an elastic body is not too large, the force tending to restore the body to equilibrium is proportional to the displacement of the body from equilibrium. F = - k r where F is a restoring force, k is a constant of proportionality and x is the distance the object has been displaced from
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