Table 2 Shows a study of temperature, velocities, and concentrations using 300 elements of a grid.

From: Improved finite element method for flow, heat and solute transport of Prandtl liquid via heated plate

No. of elements

\(f{^{\prime}}\left(\frac{{\eta }_{max}}{2}\right)\)

\(g{^{\prime}}\left(\frac{{\eta }_{max}}{2}\right)\)

\(\theta \left(\frac{{\eta }_{max}}{2}\right)\)

\(\phi \left(\frac{{\eta }_{max}}{2}\right)\)

30

0.7840956617

0.003662478537

0.0036624785

0.00010687187

60

0.8208393123

0.09000953164

0.1110267939

0.00506883934

90

0.8299235799

0.002650512986

0.01342155803

0.00005691660

120

0.6909729670

0.0004285360556

0.01039153713

0.04544824477

150

0.6949838844

0.0004160495348

0.01033124362

0.04500018680

180

0.6979030185

0.0004100790678

0.01029442761

0.04477827150

210

0.7002801242

0.0004086029651

0.01027192133

0.04470747392

240

0.7023798401

0.0004105345687

0.01025902553

0.04474784442

270

0.7043301851

0.0004151139823

0.01025290562

0.04487205678

300

0.7061806472

0.0004216405675

0.01025152760

0.04505585937