Now consider a series RL circuit like that from Figure 1 of the introduction to

ID: 2100067 • Letter: N

Question

Now consider a series RL circuit like that from Figure 1 of the introduction to this lab. a) What is the RL time constant for a series RL circuit with a 500 ? resistor and a 10 mH inductor? b) Assume that you are driving the RL circuit with a square wave voltage source. You would like five time constants to elapse during the portion of the square wave (half of the period) when the current is building up. What frequency do you need to set the function generator at to obtain this condition? Now consider a series RL circuit like that from Figure 1 of the introduction to this lab. a) What is the RL time constant for a series RL circuit with a 500 ? resistor and a 10 mH inductor? b) Assume that you are driving the RL circuit with a square wave voltage source. You would like five time constants to elapse during the portion of the square wave (half of the period) when the current is building up. What frequency do you need to set the function generator at to obtain this condition?

Explanation / Answer

a)time constant=L/R=20 micro seconds

b)time period=5*20=100micro sec. so f=1/time period=10kHz

Navigate

Now consider a sequencing method where bases (A, T, C, or G) are each “read” as

Now consider a single base mutation in a codon for leucine that creates a codon

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.

Now consider a series RL circuit like that from Figure 1 of the introduction to

Question

Explanation / Answer

Related Questions

Navigate