...Student Sheet Name: AMALISE CUBERO Instructor’s Name: Assignment: SCIE207 Phase 1 Lab Report Title: Understanding the Scientific Method: Photosynthesis and Cellular Respiration Instructions: Based on the virtual experiment, you will answer some questions and write a 1-page lab report using the scientific method. When your lab report is complete, submit this document to your instructor in your assignment box. Using what you learned on the lab animation, answer the following questions: • Define a hypothesis that is suggested by the data that are collected in the lab. It was predicted that the intensity of light exposure that was given to the Pacific Ocean’s Seaweed, will increase the rate of photosynthesis however none the less but at a specific moment of exposure it will not yield to a quicker process. The goal is to figure out what moment in time this would be and if this is a repeatable conducive. • What effect does the intensity of light have on the rate of photosynthesis (measured as the number of oxygen bubbles)? • The Hypotheses given in the lab shows the increase in light concentration, an accelerated photosynthesis process went on with the 0-watts to 100-watts. The average number of bubbles in the 0 watt study was 2 bubbles in 1 hour. After the increase of a 25 watts had went up to 5 bubbles in the 1hour. With the increase of another 25 watts equaling to 50 watts now the number of bubbles increased once again to 11 bubbles...
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...Marlena Ferone LeafLab Biology 101 - Professor Landry University of Phoenix Due Date: August 30, 2011 EXPLORATION What is the relationship between the increase in light intensity and the photosynthetic rate in leaves from a corn plant? How does this relationship compare with what you observed for tomato plants? As light intensity increases, the photosynthetic rate of a plant increases as well. However biochemical reaction, in fact, DO have temperature limits because if the temperatures reach a certain degree and overheat, the enzymes will get damaged and/or lost and inevitably die. Therefore, temperatures must be a tolerable limits in order to increase a photosynthetic rate. Photosynthesis at low temperatures actually take CO2 more efficiently. The rate of photosynthesis is decreased by higher oxygen concentrations. Lower temperatures inhibit Rubisco and forces this enzyme to to work competitively. Rubisco works competitively because is actually binds itself to oxygen rather than binding to carbon dioxide because of the mere attraction. Therefore, in doing so, this activates photorespiration rather than photosynthesis. Photosynthesis in corn is different from photosynthesis in a tomato. Corn is part of CO4. CO4 plants are actually able to capture CO2 into precursor acids. In doing so, CO2 is kept at a constant rate. Increases and decreases in temperature do not affect the rate of CO2. Corn is able to continue efficient energy production which surprisingly allows it...
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...Biology 100 – K. Marr (Revised Spring 2010) Lab 2. Microscopic Observation of Cells Prelab Assignment 1. Before coming to lab, read carefully the introduction and procedures of each part of the experiment. If you and your group members are not familiar with the procedure before coming to lab, you may have difficulty completing this exercise during the lab period. 2. Answer the Prelab Questions on the first three pages of the report sheet and be prepared to hand them in at the start of your lab class. Please be aware that you need to go online to answer prelab question #3. Goals of this Lab Exercise After completing this lab exercise you should be able to..... 1. Identify the parts of a compound light microscope and use a microscope to competently examine biological samples 2. Determine the diameter of the field of view for the various objectives of a microscope 3. Accurately sketch, describe and cite the major functions of the structures and organelles of the cells examined in this lab exercise 4. Estimate the size of specimens viewed with a microscope. The Microscope The microscope is one of the principal tools of the biologist. Without the microscope, many of the great discoveries of biology would never have been made. The light compound microscope, illustrated in Figure 1, is the type of microscope most commonly used. Proper, comfortable use of the instrument demands practice. The practice afforded you in this exercise depends upon familiarity with the parts of the microscope...
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...COLLEGE OF ENGINEERING PUTRAJAYA CAMPUS MEMB453 NDT SEMESTER 1 2015 / 2016 NAME : KAVIMALATI A/P NYANASEGRAM TITTLE : DYE PENETRANT TESTING FORMAL LAB REPORT STUDENT ID : ME088914 SECTION : 02 LECTURER : ABDUL AZIZ BIN MOHAMED, PROF.MADYA DR. DATE : 18TH AUGUST 2015 TABLE OF CONTENTS TITTLE | PAGE | SUMMARY | 3 | OBJECTIVE | 4 | EQUIPMENT | 4 | PROCEDURE | 5 | DATA, OBSERVATIONS AND RESULTS | 7 | ANALYSIS AND DISCUSSIONS | 8 | CONCLUSIONS | 9 | REFERENCES | 10 | SUMMARY Dye penetrant inspection (DPI) is known as liquid penetrate inspection (LPI) or penetrate testing (PT). PT test is done at NDT ILSAS Lab in order to detect surface breaking defects in non porous material such as metals and plastics. PT test is also widely applied since it is a low-cost inspection method. The technique used is based on the ability of a liquid to be drawn into a "clean" surface breaking flaw by capillary action. There are two ways in which PT test makes the flaws in a material to be seen clearly. One of the ways is PT test produces flaw indication which is larger and can be seen clearly from the eye. Many flaws are too small or too...
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...S W I S S G E R M A N U N I V E R S I T Y INORGANIC & ORGANIC CHEMISTRY LABORATORY REPORT | Subject | : Inorganic & Organic Chemistry Laboratory | Lecturer | : Hery Sutanto S.Si | Instructor | : Tabligh Permana S.Si., Dian Sukmayanda S.Si | Faculty/Class | : Life Science/LS 2 A | Date of Experiment | : 11 April 2012 | Date of Lab. Report | : 18 April 2012 | Semester | : 2 | Time of Experiment | : 14.00-17.00 | | | | | | | | | | | | | | | | Experiment: | Principle of Spectroscopy | NAME : Melisa Grace (14211043) Nur Ratih K. (14111005) Group : G | | Campus BSD CityBumi Serpong DamaiTangerang 15321 – Indonesia | Tel. +62 21 537 6221 Fax. +62 21 537 6201 sgu.info@sgu.ac.id www.sgu.ac.id | EXPERIMENT 5: Extraction of Caffeine From Tea Leaves 1. Objective: To demonstrate the extraction of Caffeine as natural substance by using organic solvent and distillation technique. 2. The Materials, Equipments and Procedures: A) Materials * K2CrO4(Potassium Chromate) * H2SO4 (Sulphuric Acid) * Aquades B) Equipments * Beaker * Volumetric flask (50 ml and 25 ml) * Glass rod * Spatula * Watch glass * Graduated pipette * Pipette * Scale * UV-Vis spectrophotometer * Cuvette C) Methods 1. Equipment and materials necessary for the experiment were prepared on the working table. 2. Calculation...
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...Lab report Aim: to be able to find out the effect of light intensity on the rate of photosynthesis Hypothesis: I think that as the light intensity will increase or the light source will get closer, the plant will produce more oxygen meaning more bubbles will be produced. Therefore the photosynthesis will become quicker Materials: power pack, elodea plant, lamp, test tube, room temperature water, thermometer, ruler, stopwatch Variables Independent-changing light intensity or the distance of the light source from the plant Dependent- bubbles produced per minute Variable- Method * Step 1 place the Elodea pondweed in a testube filled with room temperature water. * Step 2- place the testube with the elodea pondweed into another beaker filled with room temperature water. Use the thermometer to check the temperature of the water. * Step 3 – connect the lamp to a power pack and keep it at the same voltage or power. * Step 4- place the beaker with the testube in front of the light source ( lamp) * Step 5 – use a ruler to measure the distance between the lamp and the beaker each time doing the experiment. * Step 6 – Count the bubbles per minute made by the elodea plant using a stop watch and record the results in a table format. * Step 7 – to ensure accuracy repeat the experiment several times using different distances (at least three times) and replace the water in the beaker each time after the experiment. Source: virtual experiment done from the...
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...It is suggested that the brine shrimp’s preference for green light is due to their food sources being predominantly green in colour. However brine shrimp are non-selective filter feeders who have no preference in what food they consume as they only consume what food is available to them at the time. This raises the question as to why the brine shrimp have an apparent preferred wavelength of light in this set of results. It could be assumed that the brine shrimp were raised in an environment where an area with a similar light colour to the green light used in the experiment contained more mates, was a safer environment and had a greater resource of food. As the brine shrimp move towards the light they would be more visible to predators in their...
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...GLG111 Lab 5 Exercise: Thank you, Ms. Leona Graham (mayor), for the opportunity to provide an assessment report for Hazard City. This report will provide an assessment on structural damage of an Intensity IX earthquake, and emergency housing needs. It will also identify actions homeowners can use to help prevent future structural damages, and give more information on possible effects of an Intensity IX earthquake. The assessment report will identify danger of a failing dam, and provide further understanding of the elements which will include an emergency plan. The table that follows is an assessment of the number of people needing emergency housing due to an Intensity IX earthquake. ResidentialNeighborhood | Percentage of HomesUninhabitable | Number of People Needing EmergencyHousing | Downtown | 70% | 70% of 1946= 1362 | Hickory Estates | 8% | 8% of 6412= 513 | Ralston | 8% | 8% of 640= 51 | Riverside | 90% | 90% of 438= 394 | Walnut Heights | 2% | 2% of 2457= 49 | Riverside is a mobile home community that is built on foundation consisting of sandy terrains which result in potential flooding. The mobile home community is located in the valley of the Palouse River. The population of this mobile home community is 438 residents. Due to mobile homes being entirely built of light-weight metal construction or a combination of a wood and steel frame structure, they are subject to greater damage from equivalent amounts of shaking than to wood-frame...
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...UC San Diego Electronic Theses and Dissertations Peer Reviewed Title: Technology and society : some insights on the development of metallurgy in the Southern Levant in the light of new dates of slag deposits Author: Ben-Yosef, Erez Acceptance Date: 01-01-2008 Series: UC San Diego Electronic Theses and Dissertations Degree: M.A., UC San Diego Permalink: http://escholarship.org/uc/item/03f2f3vx Local Identifier: b6636008 Abstract: An ongoing project for reconstructing the behavior of the geomagnetic field intensity during the last seven millennia has yielded several new dates for archaeometallurgical sites in the Southern Levant. These dates shed new light on the dawn of metallurgy in the region as well as on the quality of technological development and its relation to social and political structures. This paper introduces the methodology and concepts behind the archaeomagnetic project as well as the principles of the applied dating technique. In addition, the paper presents the archaeomagnetic results, discusses the alternative dating of several archaeometallurgical sites and explores the implication of these results on our understanding of the interaction between technology and society in the past. For the latter, the results particularly challenge the "Standard View of Technology" (Pfaffenberger, 1992), and suggest a complex, nonlinear evolution of copper industry in the Southern Levant eScholarship provides open access, scholarly publishing services to the University of...
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... The lab assistant will demonstrate the software and the procedures for preparing the instrument. Each group will run a series of calibration standards to generate a calibration curves. The concentrations are given below. Then, one of the "unknown" samples (A or B) should be run. The printer will generate a report of the concentration of Zinc in the sample. We have to be sure which sample we are used. Our laboratory report should describe the functions of the AAS and describe the procedures for preparing the instrument for use. The report should include a printout graph of the calibration curve that we have made. We also needed to indicate the data points for the calibration standards and our sample. INTRODUCTION Atomic absorption spectroscopy (AAS) determines the presence of metals in liquid samples. Metals include Fe, Cu, Al, Pb, Ca, Zn, Cd and many more. It also measures the concentrations of metals in the samples. Typical concentrations range in the low mg/L range. In their elemental form, metals will absorb ultraviolet light when they are excited by heat. Each metal has a characteristic wavelength that will be absorbed. The AAS instrument looks for a particular metal by focusing a beam of UV light at a specific wavelength through a flame and into a detector. The sample of interest is aspirated into the flame. If that metal is present in the sample, it will absorb some of the light, thus reducing its intensity. The instrument measures the change in intensity. A computer...
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...Care Plan : Pregnancy Induced Hypertension (PIH) Patient Conference Report History of events leading to admission: This is a 46 y/o female that was admitted to Brandon Hospital. She is 28 weeks gestation with twins. Medical diagnosis: Pregnancy Induced Hypertension Past Medical History: Seizure disorder for which she takes Lamictal, infertility, 2nd. Invitro with twins, she has a sinus infection. Past Surgical History: Laparoscopy for endometriosis X3, surgery for broken jaw, tonsillectomy, Pertinent Lab Results: Most recent labs done 2/22/15, (CBC) NA+ 156, BUN- 28, Albumin- 8.0, Protein- 10.0, Creatinine- 1.3, Pertinent diagnostic results: Chest X-ray: pulmonary edema and cardiomegaly, cardiac catheterization, EKG: atrial fibrillation. Lists of Medications: Amoxicillin, Docosate sodium, Labetalol HCL, Lamotrigine (lamictal). Allergies: Macrobid Code status: Full code Vital Signs: T 99.2F, oral P 80, regular B/P 186/100 SaO2 100% Weight- 160lbs. Ht. 5’5 List 3 pertinent medications given by you on your shift. List actions and indications, side effects, and nursing considerations: |Name: |Amoxicillin | |Action and indications. |Binds to bacterial cell wall, causing cell death, spectrum of amoxicillin is broader than penicillin. Treatment...
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...NATIONAL UNIVERSITY OF SCIENCE AND TECHNOLOGY PAKISTAN NAVY ENGINEERING COLLEGE HEAT & MASS TRANSFER LAB MANUAL ENGINEERING SCIENCES DEPARTMENT HEAT & MASS TRANSFER LAB MANUAL ENGINEERING SCIENCES DEPARTMENT LAB INSTRUCTIONS 1. No late submissions 2. If you miss the submission time, you will be marked zero in that lab 3. If cheating or plagiarism is observed in the lab report, zero will be marked in that lab. 4. Detailed calculations should be shown. 5. Neat work will earn good marks. 6. Graphs should be made by hands. MS excel graphs will not be accepted. LAB MARKS DISTRIBUTION LAB REPORT/ ATTENDENCE | 50% | LAB PERFORMANCE | 10% | MID TERM ASSESMENT/QUIZES | 10% | FINAL LAB ASSESMENT | 30 % | TOTAL | 100% | TABLE OF CONTENTS S.NO | DATE | OBJECTIVE | PAGE NO | SIGNATURE | 1. | | To show that the intensity of radiation on a surface is inversely proportional to the square of the distance of the surface from the source of radiation | | | 2. | | To show the intensity of radiation various as fourth power of source. | | | 3. | | Determination of barrier temperature gradient between two different metals in end to end pressure contact. | | | 4. | | To perform energy balance on air flowing throw a duct heated by cylindrical rod | | | 5. | | To perform energy balance on air flowing throw a duct heated by cylindrical rod using DAQ | | | 6. | | Determination...
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...1. INTRODUCTION 1.1 Introduction to Nestle Nestlé was founded in 1867 on the shores of Lake Geneva in Vevey, Switzerland and its first product was “Farine Lactée Nestlé”, an infant cereal specially formulated by Henri Nestlé to provide and improve infant nutrition. From its first historic merger with the Anglo-Swiss Condensed Milk Company in 1905, Nestlé has grown to become the world’s largest and most diversified food Company, and is about twice the size of its nearest competitor in the food and beverages sector. Nestlé’s activities contribute to and nurture the sustainable economic development of people, communities and nations. Above all, Nestlé is dedicated to bringing the joy of ‘Good Food, Good Life’ to people throughout their lives, throughout the world. 1.2 History Of Nestle * The Nestlé Company was Henri Nestlé's search for a healthy, economical alternative to breastfeeding for mothers who could not feed their infants at the breast. * The Company formed by the 1905 merger was called the Nestlé and Anglo- Swiss Milk Company. The close of World War II marked the beginning of the most dynamic phase of Nestlé's history. Throughout this period, Nestlé's growth was based on its policy of diversifying within the food sector to meet the needs of consumers. * In 1947, Nestlé merged with Alimentana S.A., the manufacturer of Maggi seasonings and soups, becoming Nestlé Alimentana Company. After the agreement with L’Oreal in 1974, Nestlé's overall position...
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...[pic] TOPIC:- LIQUID CRYSTAL DISPLAY [pic] SUBMITTED TO:- SUBMITTED BY:- Swetha chadha D.kranthi ram SEC. :-M3R16 ROLL NO. REG NO. :- 11013455 LIQUID CRYSTAL DISPLAY TABLE OF CONTENTS |SNO |TOPIC |PAGE | | | |NO | |1 |what is lcd | 8 | |2 |Technology behind lcd |9 | | |monitor | | |3 |Working of lcd monitor |10 | |4 |Features of lcd television |11 | |5 |Diff between lcd and plasma|12 | |6 |Texas instrument’s test |14 | |7 |High transmissive tft lcd |16 ...
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...CHAPTER 4 WUNDT AND GERMAN PSYCHOLOGY The book which I here present to the public is an attempt to mark out a new domain of science. —Wilhelm Wundt, 1874 PREVIEW AND CHAPTER OBJECTIVES Chapters 2 and 3 describe the context out of which modern psychology emerged in the nineteenth century. Philosophers, interested in the same fundamental questions about the human mind and behavior that occupy psychologists today, began to speculate about the need to examine these issues scientifically. At least one nineteenth-century British philosopher, John Stuart Mill, even proposed the development of a scientific psychology. Meanwhile, physiologists and physicians in Europe made great strides in furthering our understanding of the physiology of the nervous system and, in particular, of the brain. This chapter examines how this experimental physiology combined with philosophical inquiry to create a new experimental psychology in Germany in the late nineteenth century. The chapter opens with a brief discussion of some aspects of German education that made it attractive to American students, and then continues with a look at how Gustav Fechner’s psychophysics provided a standardized set of methods for studying sensory thresholds. The creation of the ‘‘New Psychology’’ and its first laboratory by Leipzig’s Wilhelm Wundt forms the focus of the middle of the chapter. The chapter ends with consideration of three other important German psychologists, Hermann Ebbinghaus, G. E. Muller, and Oswald...
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