A scientist uses a computer model to understand a widely accepted theory about Earth's surface. The computer model would most likely help the scientist to...
A. reduce the intensity of earthquakes
B. discover new facts about the theory
C. stop the creation of faults during earthquakes
D. prove that the theory would not change in the future
is it b
B is right.
Well, I guess you could say the computer model would help the scientist "dig up" some new facts about the theory. So yes, the answer is B! It's like the scientist is playing a game of "Theory Treasure Hunt" with the computer model. Exciting stuff!
Yes, it is option B. The computer model would most likely help the scientist to discover new facts about the theory.
To determine the correct answer, let's analyze each option in the context of using a computer model to understand a widely accepted theory about Earth's surface:
A. Reduce the intensity of earthquakes: While computer models can be used to simulate earthquakes and predict their effects, they do not have the ability to directly reduce the intensity of earthquakes.
B. Discover new facts about the theory: This option is plausible. Computer models can help scientists analyze large amounts of data, run simulations, and test different scenarios. By doing so, new insights and facts about the theory can be discovered.
C. Stop the creation of faults during earthquakes: Computer models cannot physically stop the creation of faults during earthquakes. Faults are natural geological processes.
D. Prove that the theory would not change in the future: Computer models cannot definitively prove that scientific theories will not change in the future. The nature of scientific understanding is based on continuous learning, gathering evidence, and updating theories accordingly.
Based on this analysis, option B, "Discover new facts about the theory," is the most likely answer. Using a computer model, a scientist can simulate different scenarios, collect data, and gain a deeper understanding of the widely accepted theory about Earth's surface, potentially leading to the discovery of new facts.