CHEM120 Week 7 iLab: DNA‚ mRNA‚ and Protein (30 points) Complete the two questions below. Each question has four parts. This assignment is two pages long. Question 1: For the following double-stranded DNA sequence‚ -CATTGACCGTAA- -GTAACTGGCATT- Answer the following questions: a) Assume that RNA polymerase will read the top strand of DNA as the “template” to synthesize mRNA. What will be the sequence of the mRNA synthesized? (3 points) The new mRNA sequence will be GUAACUGGCAUU
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Week 3 iLab Report DeVry University NETW360: Wireless Technologies and Services MIXED 11B/11G WLAN PERFORMANCE Submitted to: Professor: Date: Mixed 11b/11g WLAN Performance Specific questions from iLab Guidelines * Answer each of the following questions using the sequence and data from the iLab instructions. Answer all questions in full college-level sentences. 1. In your opinion‚ what is the purpose of our dropping the transmit power to such a low level? My opinion would have to go with only
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Statistics – Lab Week 4 Name: MATH221 Statistical Concepts: * Probability * Binomial Probability Distribution Calculating Binomial Probabilities * Open a new MINITAB worksheet. * We are interested in a binomial experiment with 10 trials. First‚ we will make the probability of a success ¼. Use MINITAB to calculate the probabilities for this distribution. In column C1 enter the word ‘success’ as the variable name (in the shaded cell above row 1. Now in that same column
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completed Traffic Generator dialog window here. Task 2—Discrete Event Simulation (DES) Note that the Utilization is 100% and the throughput is truncated at less than 50 packets per second. This indicates total saturation of the serial link. Capture this DES Graphs window () and paste it (V) into your lab document. Paste the DES Graphs Window showing 100% utilization here. Set up the graphs as shown using Stacked Statistics this time. Note that the Utilization is slightly less than
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ECT 122 Week 1 iLab #2 Part 1 1. Calculate the conductance of the following resistors: Note: don’t forget the units! Resistance Conductance 108‚342‚000 Ω 9.23µS 10 kΩ 100µS 2.2 kΩ 4.55µS 2. Calculate the resistance of a circuit that has the following conductance of. Note: don’t forget the units! Conductance Resistance 25 mS 40Ω 235 nS 4.26MΩ 50 S 20Ω 3. Describe a Conductor. A conductor is made of materials that have little
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March 9‚ 2011 NET 250 Professor Week 1 iLab In this week’s iLab assignment I will discuss the detail experience with web base application software “Skype”. 1. Were you able to login? Answer: Skype software was easy to download and the set-up section was quick and easy. I was able to login with issues. 2. Which students did you have a conversation with? Answer: I was not able to communicate with any of
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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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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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ECT 122 Week 4 iLab #2 Parts: Breadboard DC Power Supply Hand Held DMM Test leads Wire 220 Ω resistor 560 Ω resistor 1.0kΩ resistor 1. State Kirchhoff’s Current Law. The algebraic sum of the currents entering a node is equal to zero. 2. What is the equation for the total current in a parallel circuit? It= I1+I2+I3…. 3. Determine the total current in the following nodes. 1) It= 2mA+4mA+6mA= 0.012x10^-3=12mA 2) I + I1+I3= I2 I= 2mA+4mA= 1mA I= 1mA- 6mA
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Student Name | | Class | | Date | | VBScript Network Shares Lab Key ’ VBScript: NetShareServer.vbs ’ Written by: Student Name ’ Date: Today’s Date ’ Class: COMP230 ’ Professor: Professor Name ’ ============================================== Set fso = CreateObject("Scripting.FileSystemObject") Set fileServ = GetObject("WinNT://vlab-PC1/LanmanServer‚FileService") ’On Error Resume Next fso.CreateFolder("C:\Public") fso.CopyFile "C:\Windows\Cursors\w*.*"‚"C:\Public" WScript.Echo vbCrLf
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