PLANET, $\frac{B_{g\text{planet}}\times c}{g_{\text{empirical}}\times L^2}$ (m⁻²), RADIUSES (km.), $\frac{g_{\text{planet}}=B_{g\text{planet}}\times c\times Konst\times \frac{1}{L^2}}{g_{\text{empirical}}}$

Mercury

Venus

Earth

Mars

Jupiter

Saturn

Uranus

Neptune

1.713089 × 10¹³

1.713338 × 10¹³

1.713123 × 10¹³

1.714801 × 10¹³

1.704163 × 10¹³

1.713824 × 10¹³

1.712770 × 10¹³

1.712582 × 10¹³

L = 2439.7

L = 6051.8

L = 6378.1

L = 3396.2

L = 71,492

L = 60,268

L = 25,559

L = 24,764

0.99998

1.00009

1.00012

1.00094

0.99474

1.00037

0.99976

0.99965