Lab #6 – Assessment Worksheet Identifying and Removing Malware on a Windows System Course Name and Number: _____________________________________________________ Student Name: ________________________________________________________________ Instructor Name: ______________________________________________________________ Lab Due Date: ________________________________________________________________ Overview In this lab, you used AVG AntiVirus Business Edition to identify the viruses, worms, Trojans
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rt) After viewing our percent yields for Zinc Iodide (which were around 100%), we believe this lab was conducted under the best of conditions and produced more than accurate results. In performing the experiment, the measurements for Zinc Sulfate and Barium Iodide did not deviate from the standard to be measured by more than 0.03g (as was indicated for precision in the lab manual). Each time we went through the centrifuge process, the same centrifuge machine was used. To make sure our boiling
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NT1110: Module 5 Computer Operation and Security Lab 5.1 Understanding BIOS, POST, and Security Basics In this lab, you will demonstrate your ability to fix issues related to BIOS/POST and secure the computer from viruses and Trojans. Required Setup and Tools A computer with access to the Internet Recommended Procedures Task 1: Understanding BIOS and POST A user boots his or her computer and hears a sequence of six beeps. The computer uses AMI BIOS. What error is indicated by the six beeps? A different
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Abstract: The purpose of this lab is to measure the rate of photosynthesis in isolated chloroplasts. The lab begins with adding solutions to multiple cuvettes, then adding either boiled chloroplasts, not boiled chloroplasts or no chloroplasts. After approximately 5 minute timed sessions in light, tubes are placed in spectrophotometer one at a time and the transmittance percentage is recorded for each test. Boiled chloroplasts are denatured, so photosynthesis cannot occur. Solutions in test tubes
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I Intro In this lab we are going to observe chemical reactions. A chemical reaction is the rearrangement of stuff into new stuff. When a chemical reaction occurs there is color change, temperature change, energy change, gas release, odor, and precipitation. There are 5 different types of chemical reactions: synthesis, decomposition, single displacement, double displacement, and combustion. A chemical reaction has to be balanced because of the law of conservation of mass. Conservation of mass
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Lab 5.1 The Condition | True or False | attAverage >= verizonAverage | True | tmobileAverage == 868 | True | verizonAverage < sprintAverage | False | sprintAverage != attAverage | True | Lab 5.2 The Condition | Expected Output | If tmobileAverage > 800 AND verizonAverage> 800 ThenDisplay “Both have average downloadrates over 800”ElseDisplay “One or both of the averagesare less”End If | Both average download Rates over 800 | If sprintAverage == 800 ThenDisplay “Sprints
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The purpose of today’s lab was to observe precipitation reaction and to create full and net ionic equations for each precipitate formed. The first part of this lab required us to combine four unknown solutions in well plates and see which react. Next, we had to create eight mixtures, in the well plates. Most of these mixtures created precipitates. The second part of the lab was essential in identifying which solution was in each of the unknown bottles. We were able to identify all four unknown solutions
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Experiment 2: Structures Author: Jason Leuer Lab Partners: Kyle Smith & Jacob Chess AME 324L – Section 1, Team 7 Date Lab Performed: February 2, 2015 Date Lab Submitted: February 11, 2015 Introduction: The objective of the Structures experiment is to analyze a simple structure using strain gauges. This is done with a bicycle frame. This can be examined by developing a 2D model of a loaded bicycle frame with three different weights. This can later be compared to a 3D model to determine
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Purdue University Calumet College of Technology Department of Mechanical Engineering Technology MET 21100 – Strength of Materials Torsion Lab Experiment Performed: 4/3/14 Report Due Date: 4/17/14 Report Submitted: 4/17/14 Joshua Deakin Prepared for Aaron Kolb Introduction: In the designing of buildings and structures, torsion, or torque could be applied to certain members. Most times, torsion is found at almost all times in a vehicle, on each axle, the driveshaft, and many
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LABORATORY NOTEBOOKS Why do we keep a lab notebook? In the ‘real world’, you will be expected to record what you do and how you do it, with the data clearly identifiable. There are 2 reasons for this: • Any scientific experiment is only considered valid if it can be repeated by someone else using your notebook. • If you develop a new product or process, your notebook becomes a legal document that can be scrutinized in a court of law, especially in cases of
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