In astronomy, the theory of general relativity, proposed by Albert Einstein, has significant explanatory power. This prediction has been confirmed through numerous observations and experiments, demonstrating the theory's ability to accurately explain and predict complex astronomical phenomena. Why is this an example of explanatory power in a scientific hypothesis?(1 point) Responses It has been proven true in every experiment conducted. It has been proven true in every experiment conducted. It has accurately predicted complex astronomical phenomena. It has accurately predicted complex astronomical phenomena. It has been accepted by the scientific community for a long time. It has been accepted by the scientific community for a long time. It is based on mathematical calculations, which are always accurate.
1 answer
The correct response is: It has accurately predicted complex astronomical phenomena.
This choice highlights the explanatory power of the theory in its ability to not only describe but also to predict phenomena in a way that can be confirmed through observation and experimentation. Explanatory power refers to the capacity of a hypothesis or theory to provide a coherent and comprehensive understanding of various phenomena, which is evidenced by its predictions being validated.
