Attraction of Three Masses - Addition of the Gravitational Forces to the Total Force

Attraction of Three Masses - Addition of the Gravitational Forces to the Total Force
Image »Attraction of Three Masses - Addition of the Gravitational Forces to the Total Force« download Sharing and adapting of the illustration is allowed with the reference "Alexander Fufaev (fufaev.org)"
A body A of mass \( \class{brown}{m} \) (for example earth) is attracted by two other bodies:
  • Body of mass \( \class{brown}{m_1} \) (for example sun) exerts an attractive force \( \boldsymbol{F}_1 \) on body A.
  • Body of mass \( \class{brown}{m_2} \) (for example moon) exerts an attractive force \( \boldsymbol{F}_2 \) on body A.

The total attractive force \( \boldsymbol{F}_{\text g} \) is the vectorial sum of the two attractive forces.

+ Perfect for high school and undergraduate physics students
+ Contains over 500 illustrated formulas on just 140 pages
+ Contains tables with examples and measured constants
+ Easy for everyone because without vectors and integrals

Learn more