Houston, we have a problem! π§π»βπ The load (R) is the denominator. That means the larger the value of load (R) the smaller the value of current (I). And the smaller the value of R the larger the value of I. You misspoke in your previous post when you said,
βThe greater the connected load, the greater the current, and the greater the magnetic field around the two conductors of the circuit.β
Β Problem solved!
βThe greater the connected load, the greater the current, and the greater the magnetic field around the two conductors of the circuit.β
Β Problem solved!