Question

Science addresses only that which is _______ a. alive b. observable c. variable d. indisputable

Short answer

Science addresses only that which is observable.

Step-by-step solution

Understand the Question

The question is asking us to identify a key characteristic of what science addresses. We are provided with four options to fill in the blank.

Analyze Each Option

Let's go through each option: - a. Alive: Science does study living things, but it also studies non-living things, so this cannot be the correct answer. - b. Observable: Science relies on observation to gather data and evidence; this is a key principle of scientific inquiry. - c. Variable: While variables are an important part of scientific experiments, the statement is not about variability as such, but rather about what science addresses as a whole. - d. Indisputable: This would mean that science deals with things that cannot be questioned, which is contrary to the nature of science; science always allows for questioning and testing.

Selecting the Best Option

Option b, Observable, best fits the criteria for what science addresses. It is essential in science that phenomena can be observed directly or through instruments.

Verify the Conclusion

Recognize that the key principle in science is its reliance on observable phenomena. Science aims to study and understand the natural world by observing it, either through human senses or with the aid of tools.

Key concepts

Observation in Science

Observations serve as the foundation of the scientific process. They encompass everything from what we can perceive with our senses to what we can detect using various instruments. Human observations are often limited, but science overcomes these limitations through innovative tools like microscopes and telescopes, enabling scientists to study both microscopic and astronomical phenomena.

• Observations can be qualitative, such as noting the color of a substance, or quantitative, like measuring temperature or volume.
• Quality observations lead to reliable data collection, which forms the backbone of further scientific inquiry.

By being able to observe phenomena, researchers can gather data to formulate hypotheses, verify theories, and make discoveries. Without observation, science would not be able to progress or validate its principles. Thus, observation is indispensable in understanding and exploring our natural world.

Scientific Method

The scientific method is a structured approach utilized to investigate questions and solve problems. It involves several key steps that guide researchers as they methodically explore scientific queries.

• The process begins with questioning, often spurred by observation. A thoughtful question will guide subsequent exploration.
• A testable hypothesis is then formulated, providing a potential explanation that can be supported or refuted by evidence.
• The experiment is conducted to collect data, often involving control and variable groups to ensure clear results. During this phase, systematic observation and record-keeping are vital.
• Analysis and conclusion follow, where the gathered data is examined to determine if they support the hypothesis.

The beauty of the scientific method lies in its flexibility; it allows scientists to adjust hypotheses based on findings and encourages continual questioning and experimentation. Through this cycle, scientific knowledge can grow and adapt.

Characteristics of Science

Science is defined by a set of core characteristics that distinguish it from other ways of understanding and explaining the world. These traits ensure its validity and reliability as a means to discover truths about the natural universe.

• Science is empirical. It relies heavily on observable and measurable evidence. This means that scientific claims must be testable and verifiable through direct observation or experimentation.
• It is inherently self-correcting. Scientific knowledge evolves over time as new data emerges, allowing outdated theories to be refined or replaced.
• Finally, science is objective. It aims to remove biases and focuses on evidence, ensuring that conclusions are as accurate as possible.

These characteristics make science a powerful tool for understanding phenomena, solving problems, and making informed decisions based on reliable evidence. By maintaining these principles, science continues to contribute to technological advances and general knowledge growth.