Scientists prove or disprove claims through the scientific method, which involves formulating hypotheses, conducting experiments, and collecting data. They analyze the results to see if they support or contradict the original claims. Peer review and replication of studies by other researchers are also crucial for validating findings. Ultimately, claims are accepted or rejected based on empirical evidence and reproducibility.
be testable
Making predictions & then testing them.
Making predictions & then testing them.
Making predictions & then testing them.
A scientist can never prove or disprove a hypothesis definitively because scientific inquiry is based on empirical evidence, which is inherently limited and subject to revision. Instead of proof, scientists aim to gather data that supports or refutes a hypothesis through experimentation and observation. Since new evidence can emerge or alternative explanations may arise, hypotheses remain tentative and open to further testing and refinement. Therefore, science operates on the principle of falsifiability rather than absolute proof.
as many as needed to prove or disprove it
not only to prove a hypothesis, but disprove it as well
Scientists were expected to conduct experiments to prove / disprove their hypothesis and theories.
So that others can repeat their work and prove (or disprove) its validity.
Disprove.
An experiment can prove or disprove a hypothesis.
In most insurance claims, the burden of proof is on the claimant - in other words, YOU have to prove the accident occurred for them to pay off the claim.
Disprove.
A prefix for "prove" is "dis-," so you could have words like "disprove" or "disproven."
The root word for "disprove" is "prove." "Dis" is a prefix added to indicate negation or reversal, changing the meaning to "prove false."
be testable
They want to prove or disprove myths.