What is an example of a scientific method question?

The scientific method is a systematic approach used by scientists to investigate natural phenomena and answer questions. An example of a scientific method question could be: “What effect does temperature have on plant growth?” This question is specific, measurable, and testable, making it suitable for scientific inquiry.

Scientific method questions typically involve an independent variable (temperature in this case) that can be manipulated, a dependent variable (plant growth) that is measured, and control variables that are kept constant. By following the steps of the scientific method – making observations, forming a hypothesis, conducting experiments, analyzing data, and drawing conclusions – scientists can address such questions with rigor and objectivity.

The Scientific Method is a systematic and logical approach to discovering how things in the universe work. It involves asking and answering questions, making predictions, and conducting tests to see if they are correct. But, what is an example of a scientific method question?

Defining Scientific Method Questions

A scientific method question is a query that can be tested through a systematic process of observation and experimentation. They should encourage investigation and are typically phrased in a way that enables a clear and concise response.

Key Components of a Scientific Method Question

A well-structured scientific question has three key components. First, it should involve an independent variable that can be manipulated. Second, it needs a dependent variable that can be measured. Lastly, there must be a controlled variable to keep all other elements consistent.

Example of a Scientific Method Question

An example of a scientific method question is, “Does the amount of sunlight a plant receives affect its growth rate?” This question contains all three components. The independent variable is the amount of sunlight, the dependent variable is the growth rate of the plant, and the controlled variables can be the type of plant, amount of water it receives, type of soil, etc.

Steps in the Scientific Method

The scientific method is a cycle of steps that includes observation, formulation of a hypothesis, experiment, analysis and conclusion. Each step provides an essential framework for answering scientific method questions.

Observation & Question

Initially, the process begins with observation and question formulation. This is where you identify events and conditions and ask about their nature and cause. For instance, you may notice different growth rates in plants exposed to varying sunlight levels and then pose the question; “Does the amount of sunlight affect a plant’s growth rate?”

Hypothesis Formulation

The next step involves forming a hypothesis, which is a tentative answer to the question. You could hypothesize, for example, that plants exposed to more sunlight experience faster growth than those exposed to less sunlight.


The third step involves setting up and conducting an experiment to test the hypothesis. You may, for instance, grow some plants under full sunlight and others under partial sunlight while keeping all other conditions constant, and then measure their growth over a period.

Analysis & Conclusion

The final steps include analysis of the collected data and conclusion drawing. If the plants grown under full sunlight grow faster than those under partial sunlight, you can conclude that sunlight affects plant growth rate, thereby supporting your hypothesis.

In summary, the scientific method question offers a useful framework for exploring the world. It helps to guide the research process, provide answers to queries and enable the generation of new knowledge.

A scientific method question typically aims to investigate a specific phenomenon by utilizing systematic and logical inquiry. For example, a scientific method question could be “How does the amount of sunlight affect the growth rate of plants?” This type of question sets the foundation for designing experiments and collecting data in a structured manner to answer the question through empirical evidence.

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