ents in your class are continuing to model the motion of Triton $($one of Neptune's $13$

$)=$vector $(100,200,300),$ radius$=1,$ color$=(color.$blue$)=$vector $(10,20,30),$ radius$=2,$ color$=(color.$ white

om this snippet, which of the following lines of code might your group write to desc$$

$c=$ Neptune.pos$-$Triton.pos

c$=$Triton.pos$-$Neptune.pos

reral groups have written a different lines of code to calculate the magnitude of the int the magnitude of the separation vector between Neptune and Triton?

All that are True.

$y=$ sqrt $(($Triton$.$pos. $x-$Neptune pos $x)**2+($Triton$.$pos. $y-$ Neptune $*$ pos $*y$

I$=$mag $($Triton$.$pos$-$Neptune.pos$)$

$-$mag $($Triton$.$pos$)-$mag $($Neptune$.$pos$)$

$=$ sqrt Neptune pos. $x-$Triton.pos $x$ Neptune $*$ pos. $y-$ Triton $*$ pos $*y$

$=$mag $($Neptune$.$pos$)-$mag $($Triton$.$pos$)$

mag $($Neptune$.$pos$-$Triton.pos$)$

ral groups have written different lines of code to calculate the unit vector that points fr represent this unit vector?

I that are True.

$($Triton$.$ pos$-$Neptune.pos$)/$mag $($Neptune$.$pos$-$Triton.pos$)$

$($Neptune$.$pos$-$Triton.pos$)/$mag $($Triton$.$pos$-$Neptune.pos$)$

$($Neptune$.$pos$-$Triton. pos$)/$mag $($Nriton$.$pos$-$Neptune.pos$)$

$($Triton$.$ pos$-$Neptune.pos$)/$mag $($Triton$.$pos$-$Neptune.pos$)$

wer

Incorrect. Tries $\frac{5}{8}$ Previous Tries

ssion is closed.