The image above represents actual mass of geological body.

To compute for actual mass of geological body three essential parameters are needed and these parameters are **Total Anomalous Mass (M _{E}), Anomalous Density of the Body (ρ_{1}) **and

**Host Rock Density (ρ**

_{0}).The formula for calculating actual mass of geological body:

M = M_{E} (^{ρ1} / _{ρ1 – ρ0})

Where:

M = Actual Mass of Geological Body

M_{E} = Total Anomalous Mass

ρ_{1} = Anomalous Density of the Body

ρ_{0} = Host Rock Density

Let’s solve an example;

Find the actual mass of geological body when the total anomalous mass is 12, anomalous density of the body is 21 and the host rock density is 13.

This implies that;

M_{E} = Total Anomalous Mass = 12

ρ_{1} = Anomalous Density of the Body = 21

ρ_{0} = Host Rock Density = 13

M = M_{E} (^{ρ1} / _{ρ1 – ρ0})

M = 12 (^{21} / _{21 – 13})

M = 12 (^{21} / _{8})

M = 12 (2.625)

M = 31.5

Therefore, the **actual mass of geological body **is **31.5 kg.**

Continue reading How to Calculate and Solve for Actual Mass of Geological Body | Gravity