If frequency increase, G will

<p>Remain same</p>

{"type":"technical","methodBadge":"Concept & Principle","explanation":"In an AC parallel circuit, the total conductance (G) remains constant regardless of frequency changes. Therefore, if the frequency increases, G will remain the same.","workingPrinciple":"This is due to the fact that conductance in AC circuits is independent of frequency when all components have reactance that is linear with frequency. The resistive components dictate the overall conductance, which does not fluctuate with frequency.","keyFormulas":[],"keyPoints":["Conductance (G) is defined as the reciprocal of resistance (R) in a circuit.","In parallel circuits, the total conductance is the sum of the individual conductances."],"advantages":["Stable conductance across frequency changes","Simplicity in design and analysis of parallel circuits"],"disadvantages":["May not account for complex impedance","Reactive components might impact power factor"],"applications":["Used in designing electric circuits for consistent performance","Important in power distribution systems"],"comparisonTable":[],"additionalInfo":[{"parameter":"Standard Values","detail":"Typically expressed in siemens (S), which indicates the level of conductance."},{"parameter":"Wrong Options Explained","detail":"Option A = Suggests G increases with frequency, which is incorrect; Option B = Suggests G decreases, also incorrect; Option D = Not applicable as C is correct."}],"answer":"C is correct — Conductance remains constant with frequency changes in AC parallel circuits.","coreConcepts":["Conductance","AC Circuits","Parallel Circuit Analysis"],"crossTopicTip":"Understanding the relationship between frequency and circuit components is essential for navigating questions related to AC circuits."}