Table 4.
Regression equations.
| Equations | Eqn. Nos |
t | sig | ||
|---|---|---|---|---|---|
| Gram +ve | Log(P/C) = 8.240 + 0.397mr + 0.319 σp + (-1.06) σm N = 10 F = 52.72( sig 0.000) r = 0.853 Rsqr = 0.968 SEE = 0.377 D/W = 1.11 |
A | Intercept mr σp σm |
37.01 3.389 2.715 -12.37 |
0.000 0.015 0.035 0.000 |
| Gram -ve |
Log(P/C) = 8.131 + 0.356mr + 0.230 σp + (-1.05) σm N = 10 F = 75.46( sig 0.000) r = 0.559 Rsqr = 0.974 SEE = 0.3053 D/W = 1.762 |
B | Intercept mr σp σm |
45.09 3.620 2.333 -14.593 |
0.000 0.011 0.058 0.000 |
| Gram +ve |
Log(P/C) = -34.998 + 0.386Ova + 0.286 σp + (-1.109) σm N = 10 F = 51.72( sig 0.000) r = 0.870 Rsqr = 0.963 SEE = 0.380 D/W = 0.852 |
C | Intercept Ova σp σm |
-2.668 3.339 -11.910 2.562 |
0.037 0.016 0.000 0.043 |
| Gram -ve |
Log(P/C) = -26.253 + 0.319Ova + 0.183 σp + (-1.084) σm N = 10 F = 55.271( sig 0.000) r = 0.757 Rsqr = 0.965 SEE = 0.355 D/W = 1.818 |
D | Intercept Ova σp σm |
-2.146 2.850 1.686 -12.02 |
0.070 0.029 0.000 0.113 |
| Gram +ve |
Log(P/C) = 8.456 + 0.599L + (-0.345)B1 + 0.062 σp + (-1.003) σm N = 10 F = 41( sig 0.000) r = 0.62 Rsqr = 0.97 SEE = 0.369 D/W = 1.044 |
E | Intercept L B1 σp σm |
23.30 3.269 3.339 0.752 -12.6 |
0.000 0.022 0.021 0.486 0.150 |
| Gram -ve |
Log(P/C) = 8.061 + 0.304L + (-0.209)B1 + 0.019σp + (-1.002) σm N = 10 F = 34.287( sig 0.001) r = 0.762 Rsqr = 0.965 SEE = 0.390 D/W = 1.727 |
F | Intercept L B1 σp σm |
21.01 2.576 -1.844 0.214 -11.465 |
0.000 0.050 0.124 0.839 0.693 |