This course contains an adequate study of vectors, finding the resultant of a group of vectors that are represented in force vectors, whether these vectors are in a plane or in a vacuum, and whether these vectors meet at a point or are scattered in space, and it studies equilibrium, moments, coupling, and the bore resultant.
Intended learning outcomes
1. The student puts the conditions of equilibrium in a specific issue in a correct graphic manner.
2. The student should mention Newton's laws and their importance in our lives according to a sound mathematical dimension.
3. That the student relates standard quantities and vector quantities to sound standards.
4. That the student explain the concept of mass and its applications in our lives by measuring the force of attraction.
5. The student should link between theories in laws and their fields of application with correct mathematical rules.
6. That the student explain the law of equilibrium and slip and the extent of their contributions to the reality of life accurately and efficiently
That the student draws the mathematical issue in the physical applications and analyzes it in its correct directions with a correct data base.
Teaching and learning methods
The teaching method used is giving lectures, panel discussions and discussions