doi: 10.7763/IJAPM.2014.V4.268
Internal Validation of the Mathematical Model vs= EVr + FIr as Applied to a Three-Phase Medium Transmission Lines Characterized by Unbalance Shunt Circuit
Engr. Ramon P. Velasco
- Colleges of Arts and Science, Malayan Colleges Laguna, Cabuyao, Laguna Philippines
Abstract
In the previous research, the researcher showed the derivation of mathematical models expressing sending voltage and sending current in terms of receiving voltage and receiving current. Hence, two mathematical models for a three phase medium transmission lines which includes <span id="cke_bm_102S" style="display: none"> </span><span id="cke_bm_94S" style="display: none"> </span><span id="cke_bm_89S" style="display: none"> </span><span id="cke_bm_86S" style="display: none"> </span><span id="cke_bm_84S" style="display: none"> </span><em>Vs</em><span id="cke_bm_102E" style="display: none"> </span><span id="cke_bm_94E" style="display: none"> </span><span id="cke_bm_89E" style="display: none"> </span><span id="cke_bm_86E" style="display: none"> </span><span id="cke_bm_84E" style="display: none"> </span>=<span id="cke_bm_103S" style="display: none"> </span><span id="cke_bm_95S" style="display: none"> </span><span id="cke_bm_90S" style="display: none"> </span><span id="cke_bm_87S" style="display: none"> </span><em>EVr</em><span id="cke_bm_103E" style="display: none"> </span><span id="cke_bm_95E" style="display: none"> </span><span id="cke_bm_90E" style="display: none"> </span><span id="cke_bm_87E" style="display: none"> </span>+<span id="cke_bm_104S" style="display: none"> </span><span id="cke_bm_96S" style="display: none"> </span><span id="cke_bm_91S" style="display: none"> </span><em>FIr</em><span id="cke_bm_104E" style="display: none"> </span><span id="cke_bm_96E" style="display: none"> </span><span id="cke_bm_91E" style="display: none"> </span> and<span id="cke_bm_88E" style="display: none"> </span> <span id="cke_bm_105S" style="display: none"> </span><span id="cke_bm_97S" style="display: none"> </span><span id="cke_bm_92S" style="display: none"> </span><em>Is</em><span id="cke_bm_105E" style="display: none"> </span><span id="cke_bm_97E" style="display: none"> </span><span id="cke_bm_92E" style="display: none"> </span>=<span id="cke_bm_106S" style="display: none"> </span><span id="cke_bm_98S" style="display: none"> </span><em>GVr</em><span id="cke_bm_106E" style="display: none"> </span><span id="cke_bm_98E" style="display: none"> </span>+<span id="cke_bm_107S" style="display: none"> </span><span id="cke_bm_99S" style="display: none"> </span><em>HI<span id="cke_bm_93E" style="display: none"> </span>r</em><span id="cke_bm_107E" style="display: none"> </span><span id="cke_bm_99E" style="display: none"> </span> are developed. This research is now after for the internal validation of<span id="cke_bm_100S" style="display: none"> </span> <span id="cke_bm_108S" style="display: none"> </span><em>Vs</em><span id="cke_bm_108E" style="display: none"> </span>=<span id="cke_bm_109S" style="display: none"> </span><span id="cke_bm_100E" style="display: none"> </span><em>EVr</em><span id="cke_bm_109E" style="display: none"> </span>+<em>FIr</em> us<span id="cke_bm_110E" style="display: none"> </span>ing t-test for independent sample means at 1% level of significance.<span id="cke_bm_101E" style="display: none"> </span><span id="cke_bm_85E" style="display: none"> </span>
Keywords
- Internal validity
- mathematical model
- power system
- transmission lines
How to Cite
Engr. Ramon P. Velasco, "Internal Validation of the Mathematical Model vs= EVr + FIr as Applied to a Three-Phase Medium Transmission Lines Characterized by Unbalance Shunt Circuit," International Journal of Applied Physics and Mathematics, vol. 4, no. 2, pp. 126-129, 2014. https://doi.org/ 10.7763/IJAPM.2014.V4.268
Copyright & License
Copyright © 2014 by the authors. This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited (CC BY 4.0).