Geometry, unlike science, doesn't really have laws, it has theorems, and many different mathematicians contributed to the creation of the basic theorems of geometry. Perhaps the best known is Pythagoras.
undefying end!
point, line,
plane,line and points
The Sumerians (Sumerian Civilization) was the first to develop algebra and geometry
compass and straightedge
Straightedge Compass
Starting from around 3rd-4th grade, you start to learn really basic geometry. But around 8th or 9th grade, you actually start to learn more advanced geometry that uses theorems and postulates and proofs.
The basic constructions required by Euclid's postulates include drawing a straight line between two points, extending a line indefinitely in a straight line, drawing a circle with a given center and radius, constructing a perpendicular bisector of a line segment, and constructing an angle bisector. These constructions are foundational in Euclidean geometry and form the basis for further geometric reasoning.
Yes, you can move from basic Algebra to Geometry, but only upon recommendation from your teacher.
Euclid
The answer depends on what the requirements for the basic construction are.
Geometry, unlike science, doesn't really have laws, it has theorems, and many different mathematicians contributed to the creation of the basic theorems of geometry. Perhaps the best known is Pythagoras.
undefying end!
point, line,
plane,line and points
Postulates of morality are basic principles or beliefs that serve as the foundation for moral reasoning and ethical behavior. These postulates are often seen as self-evident truths that guide individuals in making decisions about what is right or wrong. Examples of postulates of morality include principles like honesty, fairness, and respect for others.