Here's the question: you have an electrical circuit with various components, all of which are in series. the current (i) through the system is (5.772 - 5.323i) milliamperes (ma). the impedance (z) in that same system is (3.342 + 4.176i) kilohms (kω). tell me the magnitude of the voltage in the circuit.

41.99 or 42.0 volts.

Step-by-step explanation:

We have been given the impedance (Z) of the circuit which is:

and the current through the circuit is:

The voltage across the circuit is given by:

, where 'V' is the voltage, 'I' is the current, and 'Z' is the impedance.

Plugging the values of 'I' and 'Z' we get:

Now that we have the voltage, we can find the magnitude of the voltage as follows:

So the magnitude of the voltage across the circuit is 42.0 Volts.

coin flip

non-answer:

choosing

sorry if this isnt what you're looking for i dont really understand the question

f(x) = - 2/3x + 5; f(5/2)

substitute 5/2 in for x:

f(5/2) = -2/3(5/2) + 5

simplify the right side:

f(5/2) = -5/3 + 5

f(5/2) = 10/3

answer:

f(5/2) = 10/3

i hope this you!