Network Expansion The fundamental characteristics and components of the a network of communications is well put together and is suited to their needs to support three stores. The Kudler network is small and only automated at the store level. In analyzing the current network setup‚ a determination will be made on a new network design. This will better automate the network communications between all physical locations of Kudler Fine Foods. Kathy Kudler’s business is still growing with a
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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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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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Week 2 iLab 1. Select a sweetener. Sucrose 2. Explore the history of the sweetener (when it was developed‚ its composition). Sucrose‚ according to our text‚ is composed of one glucose (the most common sugar molecule) molecule and one fructose (the sweetest natural sugar) molecule. The bond is called glycosidic linkage. Because of this mixture‚ Sucrose is known to be sweeter than lactose or maltose (the other 2 out of the 3 most common disaccharides‚ which is a carbohydrate compound consisting
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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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is cheaper than operating in New Zealand. Due to this factor the company can be a very competitive and give low rates than the other companies. In this we discuss on how and what types of strategies to consider before implementing the Network. EXISTING NETWORK At the present moment the company has its only branch based in Auckland which handles all the tasks from Administrative‚ Payroll the Customer support. The company gets a lot of phone calls from its customers and also from the supervisors
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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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------------------------------------------------- Copy and Paste the following screenshots from your Converting Decimal to Binary and Binary to Decimal lab below. Task 1: Paste (2) completed Decimal to Binary and (2) completed Binary to Decimal conversion screenshots below. (2.5 points each) Classifying Network Addressing Lab (20 points) Instructions
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Michael Packer MIS 589 Week 4 iLab Introduction: A small company has decided to expand to a second floor. The company has a star topology network consisting of 30 computers on the first floor and wants to add a similar star topology network on the second floor with 15 computers to start‚ but would like to explore further expansion. To ensure that the current network can handle the addition of the computer a series of tests was run to determine whether the current backbone and infrastructure can handle
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1. Select a sweetener: Ace K I chose this particular sweetener because I have never heard of it until now and it sparked my interest. 2. Explore the history of the sweetener (when it was developed‚ its composition). Ace K is short for Acesulfame Potassium‚ or sometimes just Acesulfame K. It is also often called by the names: Sunett‚ Sweet One‚ and Sweet ’n Safe. Ace K was discovered by Hoechst scientists in Frankfurt‚ Germany‚ in 1967. It is a calorie-free sweetener that is used and approved
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