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It is important because investigations help solve questions. For example, I do research to answer some questions.
As you study life science, you will see how the investigations of life science affect you and all the living things around you.
Yes, a hypothesis can lead to further investigations as it serves as a starting point for scientific inquiry. When researchers formulate a hypothesis, they create specific predictions that can be tested through experiments or observations. The results of these tests can either support or refute the hypothesis, prompting additional questions and investigations to explore related phenomena or refine the initial hypothesis. This iterative process is fundamental to the advancement of knowledge in science.
inferences are important in science because they help refine general questions into specific questions that can be explored further.
Social science cannot settle debates on philosophical or ethical questions, such as the existence of free will or the definitions of right and wrong. These issues are often subjective and open to interpretation, making them outside the realm of empirical testing that social science relies on.
The term that defines questions in science that cannot be addressed using the scientific method is "pseudo-science." These questions often pertain to areas that are not empirically testable or lack measurable evidence, such as metaphysical inquiries or philosophical debates. Pseudo-science may also refer to beliefs or practices that claim to be scientific but do not adhere to rigorous scientific standards.
Science questions are science questions.
Yes.
yes
no it always needs math for science. We use math in science about 75% more than we do our science experiments
Science is good at answering "what" but not really "why" questions...
Science answers testable questions, some questions are not testable.