Question

8. Why is it important to test a hypothesis in a scientific experiment? (1 point) Responses To show that the hypothesis is applicable in all situations. To show that the hypothesis is applicable in all situations. To show that the experiment can be conducted without errors. To show that the experiment can be conducted without errors. To gather evidence to support the hypothesis based on phenomena. To gather evidence to support the hypothesis based on phenomena. To convert the hypothesis into a scientific law. To convert the hypothesis into a scientific law. Question 9 9. What do theories allow scientists to do? (1 point) Responses Make value judgments about scientific results and findings. Make value judgments about scientific results and findings. Offer established explanations that help understand and predict phenomena. Offer established explanations that help understand and predict phenomena. Ensure that the evidence provides enough data so it cannot be changed. Ensure that the evidence provides enough data so it cannot be changed. Provide a testable statement that can be confirmed by a single experiment.

Answer 1

Question 8: Why is it important to test a hypothesis in a scientific experiment?
Correct Response: To gather evidence to support the hypothesis based on phenomena.

Testing a hypothesis allows scientists to collect data and evidence that can either support or refute the hypothesis, helping to advance scientific knowledge.

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Question 9: What do theories allow scientists to do?
Correct Response: Offer established explanations that help understand and predict phenomena.

Theories integrate a considerable body of evidence to provide a framework for understanding natural events, allowing scientists to make predictions and understand underlying mechanisms.