Your answer was B$.$ Correct.

$[1301$f$24$aris$2-4-151]$A ginl, who weighs w$\_(1)=$g$\_($m$).$ hangs from an ideal spring and stretches it a distance d$\_(1)$ from equilibrium. How much

would a boy weighing w$\_(2)=$gm$\_(2)$ stretch the same spring from equilibrium? $($ g is the acceleration due to gravity$)$

A $,($d$\_(1)$m$\_(1))$m$\_(2)$

B $,($d$\_(1),$m$\_(2))/($m$\_(1))$

C $,$g$($d$\_(1)$m$\_(2))/($m$\_(1))$

D $($d$\_(1)$m$\_(1))/($gm$\_(2))$

E $,($d$\_(1)$m$\_(2))($gm$\_(1))$