Question: $1)$ The Preliminary Work $($ALREADY DONE!$)2)$ Measurements recorded during the experiment including the nameplate information in tabulated form $($ALREADY DONE!$)3)$ The calculation of the XU $=$ XV $=$ XW and RU $=$ RV $=$ RW actual values, i$.$e$.$ the conversion from the per$-$unit values. $4)$ The calculation of the per$-$phase load impedance of the Y$-$connected load $($Refer to$1)$ The Preliminary Work $($ALREADY DONE!$)2)$ Measurements recorded during the experiment including the nameplate information in tabulated form $($ALREADY DONE!$)3)$ The calculation of the XU $=$ XV $=$ XW and RU $=$ RV $=$ RW actual values, i$.$e$.$ the conversion from the per$-$unit values$\mathrm{.}4)$ The calculation of the per$-$phase load impedance of the Y$-$connected load $($Refer to Class Example $2)$ for both the X $=$ XL and X $=$ XC cases. How does ZY for X $=$ XL differ from ZY for X $=$ XC and why?$5)$ The computation of the per$-$phase load impedance of an equivalent $-$connected load$6)$ From the measurements, determine the mathematical relationship between the magnitudes of the line voltage and line$-$to$-$neutral voltage for phase a$.$ Does it agree with the theoretical principles?$7)$ Taking the phase$-$a voltage $($Van$)$ as the reference, calculate the magnitude and phase angle of the neutral current. Taking Van as the reference means that the phase angle of Van will be taken as $0.$ Does the magnitude of the calculated current match with the measured value?