what-is-the-value-of-the-capacitive-reactance-of-the-typical-clavus-sample-at-80-mathrmhz-a-96-omega

Question

What is the value of the capacitive reactance of the typical clavus sample at $80 \mathrm{~Hz}$ ?
A. $96 \Omega$
B. $10 \mathrm{k} \Omega$
C. $550 \mathrm{k} \Omega$
D. $1.7 \mathrm{M} \Omega$

João Gabriel Alencar Caribé · Accepted Answer

the capacity reactor&#x27;s off. A clever sample at 80 herds is given by X C. See his equals to one divided by two pi times the frequency times, the capacitance of the Clios and these easy coz too one divided by to pi times 18 times 1.2 times 10 to the minus nine because of the nano prefix here. And finally, these things approximately 1.66 times 10 to the sixth owns, which can defer their approximated to 1.7 madam&#x27;s, So the correct alternative is the

João Gabriel Alencar Caribé · Answer

the capacity reactor&#x27;s off the clavicles X C seed is equals to one. Divide it by two pi times the frequency times the past tense about the gravel&#x27;s. Similarly, the capacity reactors of America is it close to one divided by two pi times the frequency times the capacitance off Veruca. Then they reach you. X C See divided by X C V. Easy clothes, too, to pi times the frequency times CV divided by two pi times the frequency plying cc simply find common terms. We get CV over CC, which is equal to five 0.859 of for its divided by one or two none of pirates and this is approximately 4.9, then the correct alternative to that question is be.

João Gabriel Alencar Caribé · Answer

the impudence off. A typical Cleveland sample is given by Z being equals to describe it off our square. Plus the capacity reactor&#x27;s off Cleveland&#x27;s squared, which is further equals. True are square R C. Because there is a sense of the Cleavers, plus one divided by two pi times the frequency times the capacitance off the Cleves Square By plugging the values that were given. We got to describe it off when 1000 and 100 times tend to the turn squared, plus to pi times 80 times one point true time. Stand with minus nine because I&#x27;ve been on Oprah fix here under one square in under a square root. This gives us an impedance off approximately 1.99 times 10 to the six homes. Or we can write it as approximately to a mega owns, then the correct alternative for the passport off this question is the alternative seat

Luis Mendoza · Answer

So in this polling we have on our LSI circuits, we alternating current at the circular half a capacitance off dude and two times 10 to the minus nine parents. On our first pregnancy of 690 kilohertz on, we were finding doctors of the super not remember that Sylvia has a resident pregnancy. He&#x27;s going to get anybody following expression where dressing frequencies 1/2 pi square root induct since times capacitance. So to finding Duncan&#x27;s is matter off solving for L from this equation. Doing that gives us the full of an expression for the doctors whenever to five restaurant premises. Current squared tactical presidents just plain number came in by the problem. You deserve inductions off 2.7 times, 10 to the minus 500.

Mayukh Banik · Answer

we have coming through the in Dr Given by feel over x l equals the end over Dubai f And so inductions comes out The V l over Dubai f I l now via is squared off two times the RMS voltage six village divided by Dubai dance frequencies. 15 kids hards are tendered of three hearts and caught in the 65 million solving this, we find that in doctors comes out to be 1.39 times 10 to the minus three Henry or 1.39 Mizzi.

João Gabriel Alencar Caribé · Answer

we begin this question by solving these relations for the angular frequency to get that the angular frequency is equals to one divided by the reactor&#x27;s times, the capacitance. And now remember that the angular frequency is he goes to to pi times the frequency. So to pi times, the frequency is because, to one divided by the reactor&#x27;s times, the capacitance and finally the frequency is equals to one divided by to pie things the reactant times, the capacitance plugging in the values that we are. Even so, these value for their reactions we get that the frequency is equals to one divided by two pi time. 72 0.5 times the capacitance. And now we have to complicate the capacitance and to call click the capacitance. We apply these relations with these data, and then we get that 105 his equals Truth one divided by two pi time. 60 times like capacitance. Finally, we get that the capacitance is equals true, uh, one divided by two pi times 60 times 105. And finally we get that the frequency easy goes to to pie times 72.5 times, one divided by Jew pie time. 60 times 105 and this is all under one. Simplify the two vice, and you&#x27;re and we get that. The frequency is he goes to, uh, 60 times 105 divided by 72 15 which is approximately 86.9 birds.

Problem

If the sample behaves in a way that can be modele…

Problem 95 Medium Difficulty

What is the value of the capacitive reactance of the typical clavus sample at $80 \mathrm{~Hz}$ ?
A. $96 \Omega$
B. $10 \mathrm{k} \Omega$
C. $550 \mathrm{k} \Omega$
D. $1.7 \mathrm{M} \Omega$

Answer

$\mathbf{D}$

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