Determination the Wheat Weight and Volume: Mathematical Approach

Abstract Grain size and shape are important yield indicators. A hint for reexamining the visual markers of grain weight can be found in wheat width. digital vernier caliper is used to measure length, width, thickness. The data consisted 1296 grains, with measurements each grain. In this set, average (We) twenty-four grains was measured recorded. To determine length (L), width (W), thickness (T), (We), volume(V). These features were manipulated develop two mathematical models that passed on multiple regression models. results model demonstrated significantly different p < 0.0001 . coefficient higher than indicating more length. Furthermore, overall volume different, ( F (2,1295); =446832, ), regression(R 2 )-Square= 0.9986, Adj R-Sq=0.9986; RMSE experimental RMSE=0.0002. showed greater significant Moreover, (3,1295); =71809.6, (R ) Adj-R-Sq = 0.9940 equal, RMES=0.3399. introduced may allow farmers predict production during season, depending