ISBN: - 978-93-88936-09-5 Where, t is based on (n-2) d If the calculated val 5% level. If t < egrees of freedom. alue of t exceeds 1.20(E) Rank method (G To find out the prob for (n-2), d.f., the value of r is significant at the data are consistent with the hypothesis of an unc Garrett’s ranking technique) blems those are faced by the cultivators for tra d to rank the problems in transportation. Th and points were given in the following order. As per this method, re ranking technique was used asked to assign the rank for into score value with the help of the following formula: 100( 0.5) Percent position = Where, Rij = Rank given fo Nj = Number of variable ranked by j’the respondents r the i’th variable by j’th respondents With the help of Garrett’s Table, o the percent position estima scores. Then for each fact r, the scores of each individual are added a scores and mean values o considered to be the most im 1.20(F) Chi-Square Test (χ The significant dif fe expenses, sales and profit (χ2) 2 (χ2 f score is calculated. The factors having h portant factor. ) ated is converted into and then total value of highest mean value is R −i j Nj ncorrelated population. all factors and the outcomes of such ranking ransportation. Garrett’s he ranks were assigned respondents have been ng have been converted with the factor size of holding in studied through chi-square text ntity of scrap rubber, rent between quantity of rubber sheets, qua (χ2 ) (0 − E ) E O=observed frequen E=Expected frequencies cies The expected frequencies are calculated as follows ( E = -Row total t R X ct Gt ) -Coloum total-Grand total 31
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