A transformer is used in a step-down charger transformer direction situation. The primary coil is connected to 240 V and 5 A. The secondary voltage is 600 V. Calculate the secondary current, then explain the primary-secondary coil relationship.

2 A, for compass needle 52f202, is the result after using the stated Physics relationship.

52f202 compass needle, iron filings, radial pattern, current increase, distance fall, wire loop, right hand grip, field circle, centre line, probe point. Use Vp x Ip = Vs x Is for Permanent and induced magnetism, magnetic forces and fields. Substitute 240 V x 5 A = 600 V x Is, then rearrange as Is = (240 x 5) / 600. The calculation gives Is = 2 A, so the conclusion is The secondary current is lower because the secondary voltage is higher, so ideal transformer power is conserved between primary and secondary coils.. Exam guidance: show the formula, substitution, arithmetic, unit and one physical interpretation sentence. This scenario is distinct because it uses compass needle, iron filings, radial pattern, current increase, distance fall, wire loop rather than a generic answer.