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2.  Suppose no regenerative braking is employed and battery energy storage capacity isreserved for motoring. Using your design of battery pack, how much time (in hours) does thebattery take from full charged to reach 65% DoD (Depth of Discharge)?

Consider the following discharge diagram for the next three questions. VOLTS 1.4- 1.3. 12. 1.1. 1.0- 0.9- (2.) 7. Curve (1.) represents the (a) ideal (b) steady state (c) actual (real) (d) operational (e) None of the choices are correct (1₁) 8. Curve (2.) represents the (a) steady state (b) transient (c) actual (real) (d) ideal (e) None of the choices are correct TIME 6. The discharge curves shown are typical of which components? (a) Capacitors (b) Inductors (c) Batteries (d) Low-Pass filters (e) Notch Filters Stop Operating Discharged _discharge behavior of the component in Question 6. discharge behavior of the component in Question 6.

Please answer a, b, and c with details on how to do it. Thank you.

Mr. A is going to a hill station with his family by driving a car. When the car approaches the hill, he shifts from high gear to low gear. He does this because Neither (A) nor (B) is correct. to increase the power output from the tires. to increase the force pushing the car forward. Both (A) and (B) are correct.

a)Why is the fluorescent circuit economical, and how do we calculate the power of the lamp and how efficient the fluorescent lamp is compared to the incandescent lamp, for example? b)Do you think that the length of the fluorescent tube affects the ignition process? c)In large halls and factories there are hundreds of fluorescent lights, so are those numbers a power problem? And what is its treatment? d)Can the throttle coil be replaced with a Capacity or resistance? Explain why. e)Do the economical lamps that have become popular recently work on the same principle as the fluorescent work? And which one is better? And why?

Please solve No. 19 below. Please provide a clear and readable solution. I appreciate any help you can give me. The course subject is Electrical Machines. NOTE: The answer is given below(The answer is letter B.); show the solution. Please follow this format: Write the Given, Required, and Solution, then Box the Final answer. Thanks!!!

I need the answer quickly

With the aid of well labeled diagrams, explain the principle of operation of: a. a pyranometer. b. a wind turbine, from resource to electrical power

give a brief short explanation about what tesla does and do a intex refrencing with APA 7th style also provide the refrence list .thanks ( 20 words )

Explain the advantage and disadvantage of Power Grid Extension

technician A says a hybrid vehicle uses two different power sources. Technician B says a hybrid vehicle may use eaither a gas engine or electric motor to drive the wheels. who is correct?

Explain the concept of electrical load balancing in power systems. How is load balancing achieved, and why is it important for the stability of the electrical grid?

ELECTRIC MACHINERY  do the (iii, iv v)

With the use of suitable diagrams as appropriate, explain how a typical wind electrical generator and a solar energy system are controlled using the relevant power electronic converters. Your explanation should include a description of all steps of power conversion and how this is used to maintain a constant output supply Wind electrical generator controlled using power electric converters.   Solar energy systems controlled using power electric converters.

Answer question clearly and fully. Make sure I can properly read out the steps. Include any and all equations used during the solving process.

I need expert handwritten solved solutions to this year past question