Acid Rain Lab #1 Chem. 1 20 February 2016 Concordia University Texas Angelina Luna angelinaluna97@yahoo.com Chem 1- Sect C Acid Rain Lab #1 Professor Koeck Abstract In this experiment our main objective was to create three gaseous oxides CO₂‚ SO₂ and NO₂ by using data that was collected using a pH sensor which was connected to a laptop with LoggerPro and Vernier. We created the gases by bubbling each gas into the water to create the three acidic solutions we were looking for. Once that
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November 3‚ 2014 Chemistry 1411- 106 Pre Lab Experiment #8 Objective: This Lab will help us to understand oxidation reduction and double displacement through finding the percent composition of pennies. We will also once again be working with titration in this lab. We will titrate the solution until we are only left with a solid form which will tell us about the composition of pennies. Introduction: The weight of a post 1982 penny is 2.5 grams‚ and the percent of zinc is 97.5% leaving only 2.5% copper
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started to lift the lid off the dish. The results from the Acid Rain (50% vinegar solution) did not allow any radish seeds to germinate. There were never signs of seed germination while observing the seeds over a three week period. In the petri dish labeled Acid Rain‚ 0 out of 10 seeds sprouted into plant growth as seen in Figure 5.2. The results from the effects of acid rain are compared on Figures 5.1 and 5.2.
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concept of a conjugate acid-base pair. Using equilibrium law and K‚ explain the relationship between the strength of an acid/base and its conjugate. Conjugate Acid-Base Pair: Conjugate acids and bases were presented by Bronsted-Lowry‚ who was a chemist who proposed the theory that both acids and bases required the transfer of a proton in order for there to be a reaction. An acid will donate a proton (proton donor)‚ forming what is considered to be a conjugate base. When the base accepts a proton (proton
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Unit 8 Labs Lab 8.1 Lab 8.2 Lab 8.3 Lab 8.4 Lab 8.1 IP Addressing and Classes 8.1.1 If the IP address in figure 8-1 belongs to a Class A network‚ what is the Network ID and what is the host ID? What are the binary values of the host ID and the network ID? Network ID = 10‚ Host ID=10.10.1 Binary Network ID=1010‚ Binary Host ID=101010101 8.1.2 Complete Table 8-1. Class Range of First Byte in Decimal Network ID Host ID Possible Networks Possible Hosts per
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Challenging Issues Under Accrual Accounting: Long-Lived Depreciable Assets – A Closer Look Discussion Questions 8-1. Some factors determining the estimated useful life of assets might include: a. prior experience the company b. industry norms c. anticipated technological advancements d. the way the asset will be used e. anticipated company growth An important point that needs to be made during the discussion of this question
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1. Lab 8: Input Validation This lab accompanies Chapter 7 of Starting Out with Programming Logic & Design. Name: Devin Hill‚ Matt March‚ and John Meno Lab 8.1 – Input Validation The goal of this lab is to identify potential errors with algorithms and programs. Step 1: Imagine a program that calls for the user to enter a password of at least 8 alphanumeric characters. Identify at least two potential input errors. -Password contains a symbol -Password has less than 8 charecters Step 2:
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Lab 3-1 70-643 worksheet Configuring IIS7 This lab contains the following exercises: Exercise 3-1-1 Installing the Web Server (IIS) Role Exercise 3-1-2 Configuring IP Address Restrictions Exercise 3-1-3 Configuring Anonymous Authentication Exercise 3-1-4 Using Basic and Windows Authentication Exercise 3-1-5 Configuring SSL Lab Review: Questions Lab Challenge: Building a Secure Website Estimated lab time: 80 minutes BEFORE YOU BEGIN The classroom network consists of Windows Server 2008 student
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Lab Report Acids and Alkalis: Chemistry of Neutralization and Salt Formation Introduction: An acid is a group of chemicals. Acids are positively charged ions‚ they are liquid and are solutions of pure compounds in water. If you want to know if something is an acid‚ you can test it by using litmus paper. Acids will turn litmus paper red‚ whilst alkalis will turn it blue. Alkalis are negatively charged ions and are usually solid. Aim: To find out how much of different acids is needed to neutralize
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| | |Acid-Base Indicators: Spectroscopic Method of Determination of Ka | |Sahib Kaur | |
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