Good conjectures are statements or propositions that are testable and based on observed patterns or evidence. They should be specific enough to allow for investigation, yet broad enough to warrant exploration and potential generalization. A strong conjecture often leads to further questions and research, encouraging deeper inquiry into a subject. Additionally, good conjectures should be falsifiable, meaning they can be proven true or false through experimentation or logical reasoning.
hypotheses or more generally conjectures should be capable of being refuted see: Karl Popper - Conjectures and Refutations
false
Theories that have not yet been proven are often referred to as "hypotheses" or "conjectures." In the realm of science, these can include speculative theories like "string theory" in physics or "dark matter" in cosmology. In mathematics, unproven theories are often called "conjectures," such as the "Riemann Hypothesis." These concepts remain subjects of ongoing research and exploration.
Yes. Scientific theories, hypotheses or more generally conjectures must be testable capable of being proved false.
Yes. Scientific theories, hypotheses or more generally conjectures must be testable capable of being proved false.
No. Conjectures are "good" guesses.
In geometry, deductive rules can be used to prove conjectures.
prove conjectures
Some words that rhyme with "lectures" are textures, conjectures, and ruptures.
14
Conjectures and statements differ primarily in their nature and certainty. A statement is a declarative sentence that can be classified as true or false, while a conjecture is a proposition that is believed to be true based on observations or patterns but has not yet been proven. Essentially, all conjectures are statements, but not all statements are conjectures; some may be established facts. Conjectures often serve as hypotheses in mathematical and scientific contexts that require further investigation or proof.
surmises
The process of looking for patterns and making conjectures typically involves observation, analysis, and hypothesis formation. Initially, one gathers data or examples and identifies recurring trends or relationships. From these observations, conjectures—proposed explanations or predictions—are formulated. This iterative process may lead to further investigation and refinement of the conjectures through experimentation or additional analysis.
inductive
hypotheses or more generally conjectures should be capable of being refuted see: Karl Popper - Conjectures and Refutations
Twenty Conjectures in Geometry:Vertical Angle Conjecture: Non-adjacent angles formed by two intersecting lines.Linear Pair Conjecture: Adjacent angles formed by two intersecting lines.Triangle Sum Conjecture: Sum of the measures of the three angles in a triangle.Quadrilateral Sum Conjecture: Sum of the four angles in a convex four-sided figure.Polygon Sum Conjecture: Sum of the angles for any convex polygon.Exterior Angles Conjecture: Sum of exterior angles for any convex polygon.Isosceles Triangle Conjectures: Isosceles triangles have equal base angles.Isosceles Trapezoid Conjecture: Isosceles trapezoids have equal base angles.Midsegment Conjectures: Lengths of midsegments for triangles and trapezoids.Parallel Lines Conjectures: Corresponding, alternate interior, and alternate exterior angles.Parallelogram Conjectures: Side, angle, and diagonal relationships.Rhombus Conjectures: Side, angle, and diagonal relationships.Rectangle Conjectures: Side, angle, and diagonal relationships.Congruent Chord Conjectures: Congruent chords intercept congruent arcs.Chord Bisector Conjecture: The bisector of a chord passes through the center of the circle.Tangents to Circles Conjectures: A tangent to a circle is perpendicular to the radius.Inscribed Angle Conjectures: An inscribed angles has half the measure of intercepted arc.Inscribed Quadrilateral Conjecture: Opposite angles are supplements.The Number "Pi" Conjectures: Circumference and diameter relationship for a circle.Arc Length Conjecture: Formula to calculate the length of an arc on a circle.
false