A) A theory should be proven true. B) A theory requires empirical verification. C) A theory must be widely accepted. D) A theory should be testable and refutable.
A) They should be subjected to rigorous testing. B) They are simply educated guesses. C) They affirm existing theories. D) They should be accepted without question.
A) The confirmation of theories. B) The acceptance of scientific paradigms. C) The collection of experimental data. D) The process of distinguishing science from non-science.
A) They are established truths. B) They are not scientific. C) They serve a practical function. D) They are speculative but valuable.
A) It is no longer considered a valid scientific theory. B) It is retained as a useful approximation. C) It is affirmed as a potential truth. D) It is reformed to accommodate evidence.
A) They are equivalent to mathematical truths. B) They must always generate confirmed predictions. C) They are tested and can be falsified, not verified. D) They are proven true if they are repeatedly observed.
A) To validate existing knowledge. B) To gather indisputable evidence. C) To test the potential falsity of theories. D) To confirm the accuracy of predictions.
A) It requires strict adherence to traditional methods. B) It involves bold conjectures and rigorous attempts to refute them. C) It relies on consensus among scientists. D) It involves passive observations and data collection. |