The percentage voltage regulation of transmission lines is computed as:(Where s is the sending end; R, receiving end; NL, no-load; FL, full-load)

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TuteeHUB · Accepted Answer

$\frac{{\left| {V_R^{FL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{NL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}} \times 100$

TuteeHUB · Answer

$\frac{{\left| {V_S^{FL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{R}}^{{\rm{NL}}}} \right|}} \times 100$

TuteeHUB · Answer

$\frac{{\left| {V_R^{NL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}} \times 100$

TuteeHUB · Answer

$\frac{{\left| {V_s^{FL}} \right| - \left| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right|}}{{\left| {{\rm{V}}_{\rm{S}}^{{\rm{NL}}}} \right|}} \times 100$

1.	The percentage voltage regulation of transmission lines is computed as:(Where s is the sending end; R, receiving end; NL, no-load; FL, full-load)
A.	\(\frac{{\left\| {V_S^{FL}} \right\| - \left\| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right\|}}{{\left\| {{\rm{V}}_{\rm{R}}^{{\rm{NL}}}} \right\|}} \times 100\)
B.	\(\frac{{\left\| {V_R^{NL}} \right\| - \left\| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right\|}}{{\left\| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right\|}} \times 100\)
C.	\(\frac{{\left\| {V_R^{FL}} \right\| - \left\| {{\rm{V}}_{\rm{R}}^{{\rm{NL}}}} \right\|}}{{\left\| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right\|}} \times 100\)
D.	\(\frac{{\left\| {V_s^{FL}} \right\| - \left\| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right\|}}{{\left\| {{\rm{V}}_{\rm{S}}^{{\rm{NL}}}} \right\|}} \times 100\)
Answer» C. \(\frac{{\left\| {V_R^{FL}} \right\| - \left\| {{\rm{V}}_{\rm{R}}^{{\rm{NL}}}} \right\|}}{{\left\| {{\rm{V}}_{\rm{R}}^{{\rm{FL}}}} \right\|}} \times 100\)

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