**Learning Goal:**To calculate power in an AC circuit using time-varying voltage and current functions. Before completing this tutorial, make sure you are familiar with instantaneous power, average power, and reactive power.---**Part A - Calculating average and reactive power I**Calculate the average (P) and reactive (Q) power for the circuit element below.Consider, \( v(t) = 3.5 \cos(600t - 120^\circ) \, \text{V} \) and \( i(t) = 2.3 \cos(600t + 45^\circ) \, \text{A} \)Enter a numerical with three significant figures.- **View Available Hint(s)****Diagram Explanation:**- The diagram displays a circuit element denoted as "ELEMENT."- A current \( i(t) \) is entering the element, and voltage \( v(t) \) is applied across it.- There are input fields provided to enter the calculated average power (P) in watts (W) and reactive power (Q) in volt-amperes reactive (VAR).**Action:**- Use the given voltage and current functions to compute and enter the values for P and Q.Press "Submit" after entering the values. **Part B - Calculating Power Factor**Calculate the power factor for the circuit element below. Consider:\( v(t) = 3.5 \cos(600t - 120^\circ) \) V\( i(t) = 2.3 \sin(600t + 45^\circ) \) A**Diagram Explanation**The diagram shows an electrical element with two inputs: voltage \( v(t) \) and current \( i(t) \). The voltage is noted with a positive (+) and negative (−) sign, indicating its polarity, and the current is directed into the element.**Instructions**Express your answer using three significant figures.*Input box available for answer submission.*\[ \text{pf} = \]**Hint**Option to view available hints.**Submit Button for Answer**---**Part C**Also identify if the power factor is leading, lagging, or neither leading nor lagging.*Choices available:*- The power factor is leading.- The power factor is lagging.- The power factor is neither leading nor lagging.**Submit Button for Selection**

Answered: Image /qna-images/answer/9ce553c9-4ba5-464a-810c-38b35287a796.jpgHere, negative average power indicates that it is delivering power. And the negative reactive power indicates that it is having capacitive load.Option (1):- The power factor is leading.A. Average power, P = -3.888 W.Reactive power, Q = -1.042 VAR.B.Power factor, pf = 0.259.C. Option (1):- The power factor is leading.