$$ Define Matrix objects m$1,$ m$2,$ m$3,$ m$4$ and a Position object p$.$ Write a formula

for the final Matrix in p$.$

p$.$transform$($m$1)$;

p$.$transform$($m$2)$;

p$.$transform$($ m$3.$times$($p$.$getMatrix$()))$;

p$.$transform$($ p$.$getMatrix$().$times$($p$.$getMatrix$()))$;

p$.$transform$($ m$4.$times$($ p$.$getMatrix$()))$;$1.$ Define Matrix objects m$1,$ m$2,$ m$3,$ m$4$ and a Position object p$.$ Write a formula

for the final Matrix in p$.$

p$.$transform$($m$1)$;

p$.$transform$($m$2)$;

p$.$transform$($ m$3.$times$($p$.$getMatrix$()))$;

p$.$transform$($ p$.$getMatrix$().$times$($p$.$getMatrix$()))$;

p$.$transform$($ m$4.$times$($ p$.$getMatrix$()))$; Define Matrix objects m$1,$ m$2,$ m$3,$ m$4$ and a Position object p$.$ Write a formula

for the final Matrix in p$.$

p$.$transform$($m$1)$;

p$.$transform$($m$2)$;

p$.$transform$($ m$3.$times$($p$.$getMatrix$()))$;

p$.$transform$($ p$.$getMatrix$().$times$($p$.$getMatrix$()))$;

p$.$transform$($ m$4.$times$($ p$.$getMatrix$()))$;