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http://XXX.statisticshowto.XXX/index-XX-dispersion/</a></p><p>Lane, X. (n.d.). XXXXXX XXXXXXXXXX Education: An XXXXXXXXXXX Multimedia Course XX XXXXX. XXXXXXXXX November XX, XXXX, from <a href="http://onlinestatbook.XXX/2/XXXXXXXXXXXXXXXXXXXXXXXXX/XXXXXXXXXXX.XXXX">XXXX://XXXXXXXXXXXXXX.com/2/XXXXXXXXXXXXXXXXXXXXXXXXX/XXXXXXXXXXX.XXXX</a></p> <p>XXXXXXX, I., XX.X. (n.d.). MEASURES OF XXXXXXXXXX. Retrieved December 01, 2017, from <a XXXX="http://XXXXX.XXX.edu/XXXXXXXX/XXXXXXX/Statistics/XXXXXXXXXX.html">XXXX://XXXXX.csn.XXX/istewart/XXXXXXX/Statistics/dispersion.html</a> </p> <p>Wisler, C., Datta, X., Silberman, X., & Pickett, P. (XXXX, XXX). XXXXXXXXXXXX Data Analysis: XX Introduction. Retrieved December 01, XXXX, from <a XXXX="XXXXX://XXX.XXX.XXX/evaluation/guide/XXXXXXXXX/XXXXXXXXXX.html">https://XXX.XXX.gov/XXXXXXXXXX/XXXXX/XXXXXXXXX/documentff.XXXX</a> </p><p><b>XXX the variables, HOME, XXXXXX, TENURE, XXX SIBS, XXXXXXXX the XXXXXXX measure XX dispersion and XXXXXXX why it is appropriate. Locate the XXXXXX XXX XXX measure XX XXX tables XXX XXXXXX XXXX XXX XXXX variable.</b></p> <p><b>I. HOME</b> </p> <p>The correct XXXXXXX XX XXXXXXXXXX for XXXX is an index XX XXXXXXXXXX. This XXXXXXX of dispersion XX XXXXXXXXXXX because XXX index XXXXX the XXXXXXXX to XXXXX XXXXX are bunched up in one or a few XXXXXXXXXX rather than XXXXX well XXXXXX out among the available XXXXXXXXXX. XXX calculation of the index is XXXXX XXXX the concept XX unique pairs of XXXXX (Wilser & XXXXX, XX al, 1992). In XXXX XXXX, XX XXX trying XX XXXX XXX XXXX of home that each individual XXXXXXX in.</p><p><b>II. XXXXXX</b></p> <p>The XXXXXXX XXXXXXX XX dispersion for Arrest XX range. XXXX XXXXXXX XX XXXXXXXXXX XX XXXXXXXXXXX XXXXXXX the XXXXX is XXX XXXXXXXXXX between XXX lowest and XXXXXXX XXXXXX. It XX XXXXXXXXXX XXX XXXXXXX variability because you XXXX XXXX to subtract XXX XXXXXX XXXXXX from the XXXXXXX figure XX XXX the XXXXX (Lane, n.d.). In this case, the range XX XX. </p> <p><b>XXX. TENURE</b> </p> <p>XXX XXXXXXX XXXXXXX of dispersion for Tenure is XXXXXXXX deviation. XXXX measure of dispersion XX XXXXXXXXXXX XXXXXXXX XXXXXXXXX close XX X is an XXXXXXXXXX XXXX the XXXX points XXXX XX be XXXXX to XXXX XX XXX set. X standard deviation which is XXXX is an XXXXXXXXXX XXXX the data XXXXXX XXX XXXXXX out XXXX a XXXXX XX values (Stewart, n.d.). </p> <p><b>XX. SIBLINGS</b> </p> <p>The XXXXXXX XXXXXXX XX XXXXXXXXXX XXX Siblings is XXXX XXXXXXXX XXXXXXXXX. This XXXXXXX XX XXXXXXXXXX XX appropriate XXXXXXX standard XXXXXXXXX gives an XXXXXXXXXXX average XXXXXXXX XX XXXXX XXXX the XXXX. XX you XXXX the value of XXX XXXXXXXX, you XXX XXXXXX XXXXXX out XXX value XX the XXXXXXXX XXXXXXXXX (XXXXXX, 2015, p. 110) </p> <p><b>Values XX the Table</b> </p> <table> <tbody><tr> <td> <p><b>XXXXXXXX</b> </p></td><td> <p><b>XXXXXXXX XXXXXXXXX</b> </p></td><td> <p><b>Range</b> </p></td><td> <p><b>XXXXXXXX </b> </p></td></tr> <tr> <td> <p>XXXX </p></td><td> <p>X.XXX </p></td><td> <p>5 </p></td><td> <p>0.XXX </p></td></tr> <tr> <td> <p>TENURE </p></td><td> <p>70.XXX </p></td><td> <p>239 </p></td><td> <p>XXXX.XXX </p></td></tr> <tr> <td> <p>SIBS </p></td><td> <p>1.XXX </p></td><td> <p>XX </p></td><td> <p>X.XXX </p></td></tr> <tr> <td> <p>XXXXXX </p></td><td> <p>1.567 </p></td><td> <p>XX </p></td><td> <p>2.XX</p></td></tr></tbody></table> <p>Based on the chart above, XXX XXX XXX XXX following XXXXXXXXXXXX: The XXXXXXXX TENURE has a higher XXXXXXXXXX compared to other variables. This is because XXX XXXXX of XXX standard XXXXXXXXX XX XXXXXXX close XX zero. A standard XXXXXXXXX close to XXXX XXXX for XXX other variables shows that XXX data is XXX highly dispersed. The XXXXXXXX deviation and XXXXXXXX XXXX XXXXX the center stage in the XXXXXXXX of XXXXXXXXXX. XXXXXXXXXX is mainly measured XXX XXX XXX XX variance and XXXXXXXX XXXXXXXXX. This XX because they XXX XX XXXX to XXXXXXX XXX distributions. The range is XXXX but to a smaller XXXXXX because it is limited XX the information provided.<XX></p> <p>XXXXXXX XXX this XXXXXXX: </p> <p>Miller, X. (1995). Descriptive statistics. XXXXXXXXX XXXXXXXX 29, 2017, page 110, from <a href="http://XXX.XXXXXXX.XXX/sites/default/files/upm-binaries/XXXXXXX.pdf">XXXX://www.sagepub.com/sites/default/XXXXX/upm-XXXXXXXX/XXXXXXX.XXX</a> </p> <p>Stewart, I., XX.D. (n.d.). XXXXXXXX XX DISPERSION. XXXXXXXXX XXXXXXXX XX, 2017, XXXX <a XXXX="XXXX://sites.csn.XXX/XXXXXXXX/Math120/XXXXXXXXXX/XXXXXXXXXX.XXXX">XXXX://sites.csn.edu/istewart/XXXXXXX/Statistics/dispersion.html</a> </p> <p>Wisler, C., XXXXX, L., XXXXXXXXX, G., & XXXXXXX, P. (1992, May). Quantitative Data Analysis: XX XXXXXXXXXXXX. Retrieved December 01, XXXX, from <a href="https://www.bja.gov/XXXXXXXXXX/XXXXX/documents/XXXXXXXXXX.XXXX">XXXXX://XXX.XXX.XXX/XXXXXXXXXX/guide/XXXXXXXXX/documentff.XXXX</a> </p> <p></p> <p>References </p> <p>XXXXXXXXXX of Standard XXXXXXXXX | XXXX XX Standard Deviation? Standard Deviation XXXXXXX. (n.d.). XXXXXXXXX XXXXXXXX 01, 2017, from <a XXXX="https://XXXXXXXXXXXXX.indiatimes.XXX/XXXXXXXXXX/standard-deviation">XXXXX://economictimes.indiatimes.XXX/XXXXXXXXXX/XXXXXXXX-XXXXXXXXX</a> </p> <p>XXXXX of XXXXXXXXXX (XXXXXXXX XX Mean Ratio). (n.d.). XXXXXXXXX XXXXXXXX XX, XXXX, XXXX <a href="XXXX://www.statisticshowto.com/XXXXX-XX-dispersion/">http://XXX.statisticshowto.XXX/index-of-dispersion/</a> </p> <p>XXXX, D. (n.d.). Online Statistics XXXXXXXXX: An XXXXXXXXXXX XXXXXXXXXX XXXXXX of XXXXX. XXXXXXXXX XXXXXXXX 28, XXXX, from <a href="XXXX://XXXXXXXXXXXXXX.com/2/XXXXXXXXXXXXXXXXXXXXXXXXX/XXXXXXXXXXX.html">http://onlinestatbook.XXX/X/XXXXXXXXXXXXXXXXXXXXXXXXX/XXXXXXXXXXX.html</a> </p> <p>Miller, X. (1995). XXXXXXXXXXX XXXXXXXXXX. Retrieved XXXXXXXX XX, XXXX, page 110, XXXX <a href="http://www.XXXXXXX.XXX/sites/XXXXXXX/XXXXX/upm-XXXXXXXX/XXXXXXX.pdf">XXXX://XXX.sagepub.com/sites/XXXXXXX/XXXXX/upm-binaries/XXXXXXX.XXX</a> </p> <p>Stewart, I., Ph.D. (n.d.). MEASURES XX XXXXXXXXXX. Retrieved December XX, XXXX, from <a XXXX="http://sites.csn.edu/XXXXXXXX/Math120/XXXXXXXXXX/dispersion.html">http://XXXXX.csn.edu/istewart/Math120/Statistics/dispersion.XXXX</a> </p> <p>XXXXXX, X., Datta, X., Silberman, X., & Pickett, X. (1992, May). Quantitative XXXX XXXXXXXX: XX XXXXXXXXXXXX. XXXXXXXXX December XX, XXXX, XXXX <a href="https://www.XXX.gov/XXXXXXXXXX/XXXXX/documents/documentff.XXXX">XXXXX://www.bja.gov/XXXXXXXXXX/guide/documents/documentff.html</a> </p><p><XX></p>">
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