4. Design the circuit for Fig 2. Use Vin

Extracted text: 4. Design the circuit for Fig 2. Use Vin < 5vpp="" (remember="" to="" change="" the="" vpp="" voltage="" to="" vrms="" for="" your="" calculations)="" il="1.28" l-0.654°="" ma="" vl="1.28" l-0.295°="" vrms="" l1="" r1="" +="" vin="Vrms" il="" 1000="" hz="" vl="" r2="" 0°="" source="" line="" load="" figure="" 2="" a)="" what="" is="" the="" value="" of="" l1,="" r1,="" l2,="" r2,="" vin="" (vrms,="" vpp,="" vp)?="" b)="" draw="" the="" circuit="" in="" terms="" of="" the="" impedances="" c)="" calculate="" the="" average="" and="" reactive="" power="" absorbing="" for="" the="" load.="" d)="" calculate="" the="" average="" and="" reactive="" power="" delivery="" for="" the="" line="" e)="" calculate="" the="" average="" and="" reactive="" power="" delivery="" for="" the="" source="" note:="" use="" polar="" notation="" on="" your="" calculations.="" set="" the="" resistors="" and="" inductors="" values="" according="" to="" your="" components.="" use="" circuits="" analysis="" methods="" to="" do="" the="" calculations="" (ohm="" law,="" kvl,="" kcl,="" node="" methods,="">