Use the following information to find the equilibrant vectors.

vec$(C)$ : Hang a total of $100g$ at $40\mathrm{.}0$

vec$(D)$ : Hang a total of $200g$ at $130\mathrm{.}0$

vec$(E)$ : Hang a total of $155g$ at $240\mathrm{.}0$

Find the equilibrant vectors of vec$(C)+$vec$(D),$vec$(D)+$vec$(E),$ and vec$(C)+$vec$(E)$ on the force table.

Find vec$(C)+$vec$(D)$ using the graphical method. Does this calculation agree with your results from the force table? $($This should be in your calculations section$)$

Find vec$(D)+$vec$(E)$ and vec$(C)+$vec$(E)$ using the component $($mathematical$)$ method. Does this calculation agree with your results from the force table? $($This should also be in your calculation section$)$

Compare the results of the force table to the results of the calculations. Give this comparison in your conclusions section.