Which sequence correctly outlines the steps of the scientific method for elementary students?

Which sequence correctly outlines the steps of the scientific method for elementary students?

• A. Ask a question; form a hypothesis; plan and conduct experiments; collect and analyze data; draw conclusions; share results.
• B. Form a hypothesis; ask a question; plan and conduct experiments; collect data; draw conclusions; share results.
• C. Ask a question; plan and conduct experiments; form a hypothesis; collect data; draw conclusions; share results.
• D. Ask a question; form a hypothesis; plan and conduct experiments; share results; collect data; draw conclusions.

Answer: (A)

The main idea is how to line up the steps of the scientific method in a way that mirrors how scientists actually learn from investigations. Start with a question that curiosity inspires. Then propose a hypothesis—a simple, testable idea about what you think will happen. Next, plan and carry out experiments to test that hypothesis, choosing fair tests and controlling variables as needed. After the experiments, collect the data you observe and analyze it to see what the results show. From that data, draw a conclusion about whether the hypothesis was supported or refuted. Finally, share what you found with others so they can understand the investigation and learn from it or try it themselves. This order matters because every step builds on the one before it: the question leads to a testable prediction, the experiments generate data to test that prediction, the data inform your conclusion, and sharing results communicates the learning to others. Skipping or rearranging steps—like planning experiments before forming a hypothesis, or sharing results before collecting data—breaks that logical flow and could lead to unfounded or unclear conclusions.

The main idea is how to line up the steps of the scientific method in a way that mirrors how scientists actually learn from investigations. Start with a question that curiosity inspires. Then propose a hypothesis—a simple, testable idea about what you think will happen. Next, plan and carry out experiments to test that hypothesis, choosing fair tests and controlling variables as needed. After the experiments, collect the data you observe and analyze it to see what the results show. From that data, draw a conclusion about whether the hypothesis was supported or refuted. Finally, share what you found with others so they can understand the investigation and learn from it or try it themselves.

This order matters because every step builds on the one before it: the question leads to a testable prediction, the experiments generate data to test that prediction, the data inform your conclusion, and sharing results communicates the learning to others. Skipping or rearranging steps—like planning experiments before forming a hypothesis, or sharing results before collecting data—breaks that logical flow and could lead to unfounded or unclear conclusions.