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A Postulate,
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∙ 12y ago
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What is proven with geometric proof?
that is a thereom
What can be used in a geometric proof?
Axioms, definitions, and theorms that have been proven.
What are Aristotle's contributions to mathematics?
the rule for chains of geometric shapes
A theorem is proved using a geometric proof true or faulse?
Neither true nor false. Some theorems can be proven using geometric arguments and methods, others cannot.
What would you use to support statements thst make up a geometric proof?
Proven Theorems.. Plato ;)
What is proven with a geometric proof?
Theorems is what is proven with the geometric proof.
What is proven with geometric proof?
that is a thereom
A rule that is assumed to be true but is not proven?
A rule that is assumed to be true, but is not proven is a postulate
What can be used in a geometric proof?
Axioms, definitions, and theorms that have been proven.
What are Aristotle's contributions to mathematics?
the rule for chains of geometric shapes
A theorem is proved using a geometric proof true or faulse?
Neither true nor false. Some theorems can be proven using geometric arguments and methods, others cannot.
A rule that can be proven?
many rules can be proven e.g love between girl and boy
What would you use to support statements thst make up a geometric proof?
Proven Theorems.. Plato ;)
What is application of geometric mean?
Mean of the growth of a population, investments, etc. Rule of thumb for geometric mean: THE FORMULA INVOLVES GROWTH, i.e. is exponential in nature.
Is there such a thing as a parellel universe?
The concept of parallel universes, or multiverse theory, is a hypothesis in theoretical physics that suggests the existence of multiple universes that coexist alongside our own. While there is not yet solid empirical evidence to prove the existence of parallel universes, the idea is actively debated and explored in scientific research.
Can a theorem justify a statement in a geometric proof?
Yes. That is what theorems are for. Once proven, their results do not need to be justified again (except for exams).
Who developd the geometric rule A squared B squared C squared?
I forget his name, but its something like Pythagoreus, as the rule is called the "Pythagorean Theorem"
