Volume : VII, Issue : VI, June - 2017

BIPLOT SIMULATION OF POWER FUNCTION TO DETERMINE GROWTH RATE OF ANIMALS

I Putu Sampurna, Tjokorda Sari Nindhia

Abstract :

 Data generated from the power function with the rate and the different constants, analyzed by biplot analysis with rotation promax kappa 90. The results of the biplot simulation, the power function which has a much smaller rate of 1 (one) is in quadrant IV, the rate which approaches 1 (one) is in the quadrant I, and a rate much greater than 1 (one) is in quadrant II. Meanwhile, the power function which has different constants at the same rate is at one point or coincident. The growth rate of organ, tissue or animal body parts are not all simultaneously with overall body size, there are some that grow more slowly, conversely some are also faster than the overall body size. The results of modeling of biplot power function can be expected to describe the rate growth of the organ, tissue or animal body parts. Organ, tissue or body parts of animals whose growth is almost equal to the size of the overall growth will be in quadrant II. Organ, tissue or body part that is growing more slowly than the overall body size is in quadrant IV, conversely the faster one is in quadrant I. While the magnitude of constants, namely that describes the percentage of the size of the organ, tissue or body part compared to the overall body size of a animals, does not affect its location in the quadrant. 

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Article: Download PDF   DOI : 10.36106/ijar  

Cite This Article:

I Putu Sampurna, Tjokorda Sari Nindhia, BIPLOT SIMULATION OF POWER FUNCTION TO DETERMINE GROWTH RATE OF ANIMALS, INDIAN JOURNAL OF APPLIED RESEARCH : Volume‾7 | Issue‾6 | June‾2017

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