2mA 2. Consider the circuit above. Vo 2kQ2 a. Use nodal analysis to determine Vo. b. Determine V, in Circuitlab. 6mA 6ΚΩ 3kQ2

Clear Explanation on this question add some step to leading on how you answerd it neat handwriting and clear explanation table completed Question are below here: In reality, wires do not have zero resistance. Where does the resistance of wires come from, andwhat factors affect it? Select two different wire materials explain why they would have differentresistances.  Batteries do not have zero resistance either. What causes the internal resistance in batteries?Since grid-stabilizing batteries are a huge industry, provide an example of an alternate batterydesign that mitigates these internal resistances, or one for which the resistances are useful.

Still confused about how you calculated the current. Could you please elaborate a little? thank you

17. Which of the following measurements should be recorded in installation documentation?A. Multimeter measurementsB. OTDR measurements onlyC. Power meter measurements onlyD. All power meter and OTDR measurements

What is the minimum number of 15-ampere lighting branch circuits required if the dwelling has an occupied area of 400 ft2(368m2)

List and describe the different types of lighting classes available on the market. Discuss the different types of lights available for these classifications, say 5 key types of light bulb/ fitting per class. In addition, what types of lighting would be used in long car tunnels in comparison to a set of offices, or even streetlights? What factors would dictate the type of light used in each scenario? For the lights you think are most suitable for a tunnel and streetlight, discuss the construction of such lights and what materials need to be considered to make them suitable for their intended use.

The load current in a system is 100 A. the short-circuit current for the smallest fault is     100 A. An overcurrent capable of carrying a current of 5 A continuously is to be used. (a) Suggest a suitable C.T. ratio                  (b) What will be the current for the smallest fault?            (c) Will the protective C.T be able to faithfully reproduce the fault current?

Please provide steps for how you got the solution to the problem provided below. I own two umbrellas and keep them either at home or in the office. In the morning I leave my home and head to the office and then come back in the evening. If when I leave either location it is raining, I will grab an umbrella (if available) and carry it with me all the way and then leave it at the destination. I do not relocate the umbrellas for any reason other than using them to move when raining (in other words, if it is not raining, I leave all umbrellas where they are). For simplicity, assume that it rains with probability 0.2 in the morning and with the probability 0.4 in the evening (independently from each other). Model the location of umbrellas as a Markov chain. Give transition matrix and transition diagram. If I have 2 umbrellas at home monday morning, what is the expected number of umbrellas that I will have on Wednesday?Define states as the number of umbrellas at my home in the morning and…

Fill in the blanks with the correct choice to complete the sen 1- He always .......... about trivial things. A. Lies B. Lied C. Lying 2- I hope everything is........ Fine tomorrow. A. Will be B. Going to be C. Being 3- She was walking alone When the child............ to cry. A. Begin B. Began C. begun

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