technician a says that the size of the wire determines current flow, not the size of the installation…

technician a says that the size of the wire determines current flow, not the size of the installation. technician b says that a cranking voltage drop test on the battery cable is the most reliable way to detect such high resistance caused by corrosion. who is correct?\no a. technician a\no b. technician b\no c. both technician a and technician b\no d. neither technician a nor technician b

technician a says that the size of the wire determines current flow, not the size of the installation. technician b says that a cranking voltage drop test on the battery cable is the most reliable way to detect such high resistance caused by corrosion. who is correct?\no a. technician a\no b. technician b\no c. both technician a and technician b\no d. neither technician a nor technician b

Answer

Answer:

C. Both Technician A and Technician B

Brief Explanations:

Technician A is correct as wire size affects current - larger wires have lower resistance and can carry more current. Technician B is correct as a cranking voltage drop test on battery cables can effectively detect high resistance due to corrosion by measuring the voltage drop under load.