A wire on a circuit board has a length$$L$=4\mathrm{.}9$mmL$=4\mathrm{.}9$mm$$and carries a current$$I$=2\mathrm{.}39$AI$=2\mathrm{.}39$A$$in the positive$$yy$$direction$.$ A nearby circuit element generates a magnetic field in the vicinity of the wire given by

B$==$Bx$+$By$+$Bzk$(1\mathrm{.}1$G$)+(5\mathrm{.}9$G$)+(1\mathrm{.}7$G$)$k$$

$$Part $($f$)$

If you simply multiply the current, the length, and the magnetic field strength,$$ILBILB$,$ in appropriate units, you will find that this results in a larger calculated force larger than the answer to Part $($e$).$ Which of the following scenarios would result in the$$maximum$$force exerted on the current carrying wire?