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Part €What is the frequency of the AC source? Express your answer with the appropriate units.HAValueUnitsSubmitRequest Answer...

Question

Part €What is the frequency of the AC source? Express your answer with the appropriate units.HAValueUnitsSubmitRequest Answer

Part € What is the frequency of the AC source? Express your answer with the appropriate units. HA Value Units Submit Request Answer



Answers

In half-wave rectification, what is the output frequency if the input frequency is $50 \mathrm{~Hz}$. What is the output frequency of a full-wave rectifier for the same input frequency.

Hi and that's given problem. Self induct tens of a solenoid is given us 4.00 millie Henry. RMS voltage is 151 0.0 world and autonomous current 0.8-0 I'm here. So using an expression for conductive reactant which is given as to buy fl or using arms law. Mhm is also given as the ratio of RMS voltage with the RMS garden. So we get an expression for that source frequency which is we are a mess invited by I RMS into two. Bye. And So plugging in all known values here. This is 100 and 51 Divided by my arms which is zero 8 to 0 Into two into 3.14 into self inductive switches, four million Henry or Foreign to Brandish Par -300. Finally this source frequency comes out to be 7330 0.6 powers. Or we can say this is seven 0.3. Hello per still. Which is the answer for that even problem here. Thank you.

Road means to care Will dish is equal to rule means to care current times But he agains off in Dr s returns up in the physical too omega l That is a cool toe to buy f into independence. So this gives us driving frequency Equal toe rood means to Carol days divided by Dubai. Rood means to Kirkland in tow. Indignance No. By putting different values here, Roomies took care of old age. Physical toe 151 world divided by group I rule means to care guarantees zero point ed do zero a. M. Pierre in the dance off Inducted is formally Henry. That is a photo four times 10 to the power minus three. Henry, this gives us driving frequency equal toe 7000 300 30 hurts.

Hi, everyone. This is the problem based on resonance. Frequency of lt A circuit The resonance frequency is driven by well, one upon two by a group of algae. Yeah, Inductions of the second is given burned micro hendrick and tapestries and so opened my prophetic So that's just stupid. 1 59 12 into 10 to the power traders you can write. Includes about 59.2. You know what reactivates of and Dr will be Dubai f into it to fight 1 59 point 2/10 of the power. Three into 10 to the bar minus six. It is to me, bono, and get tens of capital will be associated if you find it will be, you know? Uh huh. That sucks. Thanks for much.

Hi. In the given problem in an l RCC circuit, the value of resistance is 400 own the value of independence or is eligible to 0.600 Henry and the capacities is having a value of 5100 into 10 to 4, minus eight. Had it not the source, the A C source is operating at resonant frequency hands. The poverty average power at resonance will be given by the expression we RMS into I rms because it resonance the power factor cost five will come out to be wow So this average power will be given an answer E sorry, this is we not by Ruutu the relation for we harness in terms of multi agent latitude. Similarly, the relation for my arms in terms of current amplitude. So it becomes we not by two into I not now using arms law. This has been not by two as it is for current. It becomes I is equal to be by our means we not by our as there is only resistance effective resistance remaining in the circuit as the references, exile and ecstasy will cancel each other. So the net impedance of the circuit will be equal to our only. So it becomes the Squire of me. Not divided by two are the average power so plugging in the values this average power will come out to be the square of 80 We're not, which is given in the problem, divided by two times soft resistance, which is given as 400 homes. So this average power consumed in the circuit at resonance comes out to be 8.0 What? And here it becomes the answer for the given problem. Thank you.


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