Ship Stability - Use of Simpson's Third Rule to calculate the area

This video adds to the series of videos made on the topic of ship stability. This is advanced ship stability and teaches you how to use the Simpson's Third Rule to calculate area of enclosed spaces given by a straight line and a curve.
These rules are popularly used by mariners and naval architects.
This is video 21 in the series of videos on ship stability.
Students are advised to watch the previous videos (links below) before watching this video.
Ship Stability (Volume, Mass, and Density):    • Ship stability basics - volume, mass,...  
Ship Stability (Pressure and Thrust):    • Ship Stability Basics  - Pressure and...  
Ship Stability (Displacement and Under-water volume):    • Ship Stability - Displacement, under ...  
Ship Stability (Deadweight, TPC, and Reserve Buoyancy):    • Ship Stability -  Deadweight, TPC, an...  
Ship Stability (Load lines, effect of density on draft and displacement):    • Ship Stability - Load lines, effect o...  
Ship Stability (Shift in the centre of gravity and KG calculation):    • Ship Stability  - Shift in the centre...  
Ship Stability (Centre of Buoyancy):    • Ship Stability - Center of Buoyancy (...  
Transverse statical stability of ships:    • Transverse statical stability of ship...  
Equilibrium of ships and Angle of Loll:    • Ship Stability - Equilibrium of ships...  
Calculate free surface correction on ships:    • Ship Stability - Calculation of free ...  
Calculation and correction of ship’s list:    • Ship Stability - Calculation and corr...  
Extra questions on ship’s list calculation and correction:    • Ship Stability - Extra questions on l...  
Hydrostatic tables (Part 1):    • Ship stability - The use of hydrostat...  
Hydrostatic tables (Part 2):    • Ship Stability  - The use of hydrosta...  
Hydrostatic draft:    • Ship Stability - Calculation of Hydro...  
KM and BM calculation:    • Ship stability for Mates and Masters ...  
KM curves drawing and calculation:    • Ship Stability for Mates and Masters ...  
Simpson’s First Rule:    • Advanced Ship Stability - Simpson's F...  
Simpson’s Second Rule:    • Ship Stability - Simpson's Second Rule  
Combination of Simpson’s First and Second Rule:    • Ship Stability - Combining Simpson's ...