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    H2 Unit 3 Lab Report

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    Unit 3 – Virtual Labs Letizia Schianodicola Lab #1 – Atomic Weight of Magnesium 1. Moles of hydrogen evolved‚ from chemical property dialog for beaker: a. 0.000411 mol H2 2. Calculate the atomic weight of Magnesium. Atomic weight of Mg = weight of Magnesium/moles of H2. b. 59‚136.253 g/mol Mg (24.305 - weight of Mg / 0.000411 mol H2) 3. Calculate the # of molecules of H2 that were produced in the reaction – use Avagadro’s number –

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    The Onion Cell Lab

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    The Onion Cell Lab Background: Onion tissue provides excellent cells to study under the microscope. The main cell structures are easy to see when viewed with the microscope at medium power. For example‚ you will observe a large circular nucleus in each cell‚ which contains the genetic material for the cell. In each nucleus‚ are round bodies called nucleoli. The nucleolus is an organelle‚ which synthesizes small bodies called ribosomes. Ribosomes are so small you cannot see them with the light microscope

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    Cell Bio Lab

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    Cell Biology Lab - Homework 1 Due to the week of Oct. 6-10th This is NOT a lab group project. Do the work individually. You may use any source other than your fellow students. Show your work‚ use your own words and cite all references. 1. (20 points) The HeLa S3 cancer cell line is considered to be “continuous” due to acquired mutations that enable the cells to evade senescence. This property is one of several hallmark characteristics of cancer cell lines. Describe three hallmark characteristics

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    Cell Diffusion Lab

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    Cell Size: Is Bigger Better? Problem: Why are cells small? Objective: To see the relationship between cell size and diffusion of materials. Hypothesis: If we cut three different sizes of cells‚ then the smallest one will survive the longest due to its sufficient permeable membrane. Cube | Total Volume (cm^3) | Surface Area (cm^2) | Index SA/VOL | 3 | 27 | 54 | .5 | 2 | 8 | 24 | .33 | 1 | 1 | 6 | .16 | Index of Cubes Cube Index SA/VOL Surface Area to Volume Cube | Total

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    Nt1330 Unit 3 Lab Report

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    Lab 3 worksheet Creating a Replica DOmain Controller This lab contains the following exercises: Exercise 3.1 Installing the Active Directory Domain Services Role Exercise 3.2 Creating a Replica Domain Controller Exercise 3.3 Verifying Domain SRV Records Exercise 3.4 Adding User Accounts to Administrative Groups Estimated lab time: 55 minutes Exercise 3.1 Installing the Active Directory Domain Services Role Overview Now that you have finished testing DNS and DHCP you will now

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    Cell Membrane Lab

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    Lab #1: Cell Membrane Prepared for Gary V. Lawrence Biology 0983 By Zane Jeffels Partners: Lily Juno‚ Huynh‚ and Lin Yan Sun Preformed: October 11th‚ 2010 Due: October 25th‚ 2010 King Edward Campus- Rm. 3275 Vancouver Community College Abstract The purpose of this lab was to determine if hemolysis would occur‚ and how long it would take to occur to red blood cells when blood suspension is introduced to solutions prepared at different temperatures

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    Cell Membrane Lab

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    Ligia Ramos 11th Grade HL Biology – Ms. Bartels Due Monday October 21st Limitations on Cell Size Research Question: What is the correlation between surface-to-volume ration and ion exchange and how does this relate to cells? Evaluation of Method and Results: Errors/ Limitations: | Suggestions for improvement: | Impact on Results: | Precision - Human error –cutting cubes freely‚ resulting in very different sized cubes‚ especially for the 1cm x 1cm x 1 cm cubes. All the cubes also had slightly

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    Nt1310 Unit 3 Lab Report

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    ECE102 WEEK 3‚ Monday‚ Sep-15-2014-session LAB 1 Due date: Sep-22‚ 2014 1. Problem Statement: How many ping pong balls will be able to fit in T1-112 class room? 2. Assumptions: The ping pong balls are not going to stack on top of one another in a perfect manner. The furniture and computers in the room are insignificant. The ping pong balls stack on top of one another with no space between them. The ping pong balls stack on top of one another in a three dimensional mode. 3. Heuristics:

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    Copper Cycle Lab

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    TITLE : The copper cycle IN TRODUCTION The purpose of the experiment is to recognize that change of state‚ change in colour‚ formation of a precipitate‚ or the evolution of heat are associated with a chemical change; to study reactions of copper. Copper is an element that can be found in nature in a variety of different compounds. The most common natural ore is the sulphide‚ known as chalcocite‚ Cu2S. This mineral is an important source of copper metal because it is about 80% copper by

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    Nt1310 Unit 3 Lab Report

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    . Na+ and K+. K+ was more concentrated inside the cell while Na+ was more concentrated outside the cell. 2. A cell is at rest without any implications of changing the potential. 3. 4. 5. K+ is more permeable than Na+ in a resting neuron. This is because there are few sodium leakage channels. 6. Since the resting membrane potential is the potential difference between the inside and outside of the cell across the membrane‚ a change would depend on the resting permeability of the membrane to ions.

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