Lami's Theorem

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Across
  1. 3. Lami's theorem is used to find the conditions for ______ of a rigid body under the action of three forces.
  2. 5. In Lami's theorem, the forces must not be ______ to each other
  3. 6. Lami's theorem involves the application of ______ and torque principles.
  4. 7. Lami's theorem is based on the principles of ______ mechanics.
  5. 10. Lami's theorem can be extended to determine the ______ of a rigid body under the action of concurrent forces
  6. 11. A body subjected to three coplanar forces that are in equilibrium will satisfy the conditions of Lami's ______
  7. 12. The forces under Lami's theorem are assumed to act on a single ______
  8. 13. The forces must act along the ______ lines for equilibrium according to Lami's theorem.
  9. 16. Lami's theorem is an extension of the principle of ______ for three concurrent forces.
  10. 17. Lami's theorem is a principle used in the study of static ______
  11. 18. The mathematical expression of Lami's theorem involves the ratio of ______ forces
  12. 19. Lami's theorem can be applied to resolve forces acting on a _____
Down
  1. 1. Lami's theorem is named after the French mathematician and physicist, Gabriel ______
  2. 2. Lami's theorem deals with forces acting in a ______ plane
  3. 4. Lami's theorem establishes conditions for the ______ of forces acting on a rigid body
  4. 8. The sum of the components of forces acting along any direction is equal to
  5. 9. Lami's theorem is applicable to a body in ______ equilibrium
  6. 12. Lami's theorem is essential in understanding the equilibrium of forces in the field of ______.
  7. 14. The ______ of three forces acting on a point must be concurrent for equilibrium according to Lami's theorem.
  8. 15. The application of Lami's theorem can determine the magnitude and ______ of forces