Student Name Rolando Salas Date 8/10/14 SEC450 Database Traffic Load Lab Report NOTE: Use carriage returns and page breaks as needed to prevent table contents from extending across page boundaries. Task 1—Set up Database Traffic Flows For Socket information‚ the protocol will be TCP and the Source port will be set to sqlnet – Oracle. When you have completed the traffic configuration‚ capture the Traffic Generator window () as shown below and paste (V) it into the table cell provided
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ECT 122 Week 3 iLab #2 Parts: Breadboard DC power supply Handheld DMM Test leads Wire 2 - 1.0kΩ resistor 2.2kΩ resistor 3.3kΩ resistor 1. Using the circuit below‚ calculate the following values. On the circuit drawing‚ indicate the polarities for each voltage and show the current direction. 0.00133 x = 1.33mA R1 + R2 + R3 + R4 = 1kΩ + 2.2kΩ + 3.3kΩ + 1kΩ = 7500 x 10^3 = 7.5kΩ 1.33mA x 1kΩ = 1.33V 1.33mA x 2.2kΩ = 2.93V 1.33mA x 3.3kΩ = 4.39V 1.33mA x 1kΩ
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NETW410 Week 1 Lab Report Lab 1: OPNET LAN Modeling Tutorial Week 1 iLab Report The first objective in the LAN Modeling tutorial is Setting Up the Scenario. The final step in setting up your scenario appears below. 1. (30 points) Once your project is created (after Step 6 above)‚ your workspace will contain a map of the United States. Your project and scenario name can be seen in ITGuru’s top window border in the form of Project: Scenario: . Capture a screenshot of your new project
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ECT 122 Week 2 iLab #3 Part 1 Parts: Breadboard DC Power Supply Hand Held DMM Test leads Wire 56kΩ resistor 1. Given the circuit below‚ use Ohm’s law to determine the total current in the circuit and the voltage across the resistor. 5V My mulitsim of this circuit. 2. Construct the circuit above on the breadboard. Starting at the positive terminal of the +5 V power supply‚ follow the schematic around to install each component. 3. The first component
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ECT 122 Week 5 iLab #2 Parts: Breadboard DC power supply Handheld DMM Test leads Wire 100 Ω resistor‚ 220 Ω resistor‚ 330 Ω resistor‚ 470 Ω resistor 1. Calculate the quantities listed. IT:_46.72mA___ I1A:_28.03mA___ I2A:__18.68mA___ I3A:__38.31mA___ I4A:__8.15mA___ VR1:__6.16V___ VR2:__6.16V___ VR3:__3.83V___ VR4:__3.83V___ Ra= R1//R2= 220Ω//330Ω= 132Ω Rb= R3//R4= 100Ω//470Ω= 82.45Ω= 82Ω Rt= Ra+Rb= 132Ω+82Ω= 214Ω It= Vs/Rt= 10V/214Ω= 0.04672 x 10^-3=
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Weekly iLab iLab: Bacterial Growth and Controlling Bacterial Growth Scenario/Summary: This week’s experiment focuses on bacterial growth and methods to control bacterial growth. This week’s experiment will be conducted in two parts: Experiment I: Growth Media and Patterns of Growth and Experiment II: Controlling Microbial Growth. Experiment I: Growth Media and Patterns of Growth. In part I of this week’s experiment‚ you will explore the characteristics of several types of growth media. For example
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Student Name | | Class | Comp230 | Date | 5/16/2013 | VBScript IPO VBox Lab Report ’ VBScript: NameAge.vbs ’ Written by: ’ Date: 5/16/2013 ’ Class: Comp230 ’ Professor: Giao Dau ’ ===================================== ’Create name and age variables name = "" ageStr = "" ’ Prompt User for Name and Age WScript.StdOut.Write("Please Enter your Full Name ..............") name = WScript.StdIn.ReadLine() WScript.StdOut.WriteLine() ’Skip 1 line WScript.StdOut.Write("Please Enter
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Student Name Class Date Windows CLI Commands Lab Key NOTE: Please use Carriage Returns and Page Breaks as needed to prevent box contents from extending across page boundaries. Task 1: Displaying IP Configuration Settings Open the Windows Command Prompt using the desktop or the Taskbar icon. Maximize the size of the CLI. Use the ipconfig /all command to determine the following IP configuration settings for “Wired” Ethernet NIC: IP Address: 192.168.100.10 Subnet Mask: 255.255.255.0 Default
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Virtual Lab – Biotechnology – Dependent and Independent Variables |Corn Variety |Level of ECB |Growing Pot 1 Yield |Growing Pot 2 Yield |Growing Pot 3 Yield |Average Yield | | |Infestation | | | | | |Golden crop |None |184.8 |183.2 |190.0 |186.0 | |Bt 456 |Low
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Deciduous forests are closer to the equator than the coniferous forests of the tiaga‚ and so they have a longer growing season. This gives the plants more time to produce food‚ and the forest yields about 6000 Kilocalories per square meter per year for animals to eat. These primary producers form the first trophic level. The trees in the deciduous forest shed their leaves in winter. This prevents their branches from being broken by the weight of the snow‚ but also means that they have to grow leaves
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