Answer Happy

V dorp = Re[2.17 (9742+7) 03] a w, +2.w2 3. (W1 + w2 (1) Check and discuss the voltage drop for a rectangula area where the two widths w1 and w2 will be equal. (g) Check and discuss the voltage drop for increasing load of triangular area where the width wt will be zero (h) Check and discuss the voltage drop for decreasing load of triangular area where the width 2 will be zero If the power loss in the incremental line segment dx given by dp = 3.1.1 dx () Prove that the total power loss from noden td podem equals + Pless 3. R. 1, { 8- wź+9. 20, - 702 +3.21 15. (w. +w.)? where R = 7 Check and discuss the power loss for a rectangula area where the two widths W and W2 will be equal (k) Check and discuss the power loss for increasing load of triangular area where the width wi will be zero (1) Check and discuss the power loss for decreasing load of triangular area where the width W2 will be zero
V dorp = Re[2.17 (9742+7) 03] a w, +2.w2 3. (W1 + w2 (1) Check and discuss the voltage drop for a rectangula area where the two widths w1 and w2 will be equal. (g) Check and discuss the voltage drop for increasing load of triangular area where the width wt will be zero (h) Check and discuss the voltage drop for decreasing load of triangular area where the width 2 will be zero If the power loss in the incremental line segment dx given by dp = 3.1.1 dx () Prove that the total power loss from noden td podem equals + Pless 3. R. 1, { 8- wź+9. 20, - 702 +3.21 15. (w. +w.)? where R = 7 Check and discuss the power loss for a rectangula area where the two widths W and W2 will be equal (k) Check and discuss the power loss for increasing load of triangular area where the width wi will be zero (1) Check and discuss the power loss for decreasing load of triangular area where the width W2 will be zero