The nature of science being empirical is evident in daily life when we rely on scientific evidence to make informed decisions. For example, when we check the weather forecast before planning an outdoor activity, we are relying on the empirical data and observations made by meteorologists to predict future conditions. Similarly, in a murder mystery, detectives analyze physical evidence, such as fingerprints or DNA samples, in order to draw conclusions about the crime.
The tentative nature of science is reflected in how knowledge and understanding can evolve over time. In daily life, we witness this when new scientific discoveries challenge our previous beliefs. For instance, the discovery of the heliocentric model, which placed the sun at the center of the solar system, overturned the geocentric model that had been accepted for centuries. In a murder mystery, as new evidence is uncovered or new witness testimonies are obtained, the initial theories and suspects may need to be reassessed and adjusted.
The practice of science within cultural and social norms can be observed in the biases that can influence scientific research and interpretation. In daily life, this can be seen when certain cultural or social norms shape our perceptions and attitudes towards certain scientific findings. For example, religious or political beliefs might impact how people interpret climate change evidence. In a murder mystery, cultural and social biases can affect the investigation process, leading to potential errors or blind spots in identifying the culprit.
The subjectivity of science can be seen in how different scientists may interpret data or observations differently, leading to varying conclusions. In daily life, this can be observed in the debates and disagreements that arise when experts hold different views on controversial topics, such as the efficacy of certain medical treatments. In a murder mystery, detectives may have different theories about the motive or sequence of events based on their subjective interpretations of the evidence.
Lastly, the creative aspect of science can be seen when scientists devise innovative experiments or come up with new theories to explain phenomena. In daily life, this creativity is evident in technological advancements driven by scientific research. For example, the development of new smartphone technologies or medical treatments are a result of scientists' creative problem-solving. In a murder mystery, detectives may need to think creatively to solve complex cases, utilizing their imagination and lateral thinking skills to piece together the puzzle.
Using a minimum of 5 sentences, connect what you've learnt about the nature of science (i.e., science is Empirical, Tentative, Practiced within cultural and social norms, Subjective, and Creative) to things you see in daily life or the murder mystery (use examples to elaborate)
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