8. 1 Write a complex number to represent the impedance of each element. The voltage, V, is the real part, and the current, I, is the multiple of the imaginary unit i. 9. V = 34 volts: I = 3 milliamperes

10. V = 13 volts; I = 2.4 milliamperes

Given that,

Voltage = 34 volt

Current = 3i mA

We need to calculate the complex number to represent the impedance

Using ohm's law

Where, V = voltage

I = current

R = impedance

Put the value into the formula

(b). Given that,

Voltage = 13 volts

Current = 2.4 mA

We need to calculate the complex number to represent the impedance

Using ohm's law

Put the value into the formula

Hence, (a). The complex number to represent the impedance is

(b). (a). The complex number to represent the impedance is

answer: 370

step-by-step explanation:

remember use pemdas! there are no parentheses or exponents so lets move onto the first part of the equation: multiplication and division. first, lets break the first part of the equation up into something easier using the distributive property. 28 * 12= (20 *12) + (8*12) you know that 20*12 is 240 and 8*12 is 96. add them and you get 336. then, lets solve the last part of the equation (the last part of pemdas is addition and subtraction). 336 plus 34 is 370. hope this !

idk

step-by-step explanation:

maybe try   if it is work from a book, if not try