1I Unifying Science Processes Flashcards

Foster understanding of the interconnectedness of scientific disciplines and common investigative methods.

1
Q

What is science?

A

Science is a field of intellectual study that involves analyzing the structure and behavior of the physical world through observation and experiment.

This assumption makes it possible to use the scientific method to understand the world.

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2
Q

Describe the importance of the scientific method?

A
  • A systematic approach scientists use to collect and analyze data.
  • Involves controlling variables to isolate the effect of one.
  • Allows for understanding the cause-and-effect relationship.
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3
Q

How does science view certainty?

A

Science never truly proves anything with certainty, but builds a body of evidence that makes ideas highly probable.

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4
Q

What is the importance of measurement and statistics in science?

A
  • Measurements are limited by accuracy and precision.
  • Accuracy is how close to the true value.
  • Precision is how much measurements vary.
  • Uncertainty is always present in measurements.
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5
Q

How do scientists use models in their research?

A
  • Scientists use mathematical, physical, or visual representations to demonstrate, understand, and predict how scientific phenomena work.
  • Examples include weather models and atomic models.
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6
Q

What system of measurement is used by scientists to communicate results clearly?

A

The International System of Measurement

(SI)

The SI system provides a standardized set of units that facilitates accurate data comparison and collaboration across different fields and countries.

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7
Q

What are the seven base units of the SI?

A
  • Length: meter (m)
  • Mass: kilogram (kg)
  • Time: second (s)
  • Electrical current: ampere (A)
  • Thermodynamic temperature: kelvin (K)
  • Amount of substance: mole (mol)
  • Luminous intensity: candela (cd)
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8
Q

What is the purpose of an experimental group?

A

A group of subjects upon which a hypothesis is tested.

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9
Q

What is the purpose of a control group?

A

A group which resembles the experimental group in all other ways, but on which the hypothesis is not tested.

In some clinical trials control groups are given a placebo.

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10
Q

What does order refer to in science?

A

The idea that there are certain commonalities and relationships that allow us to understand, statistically quantify, and predict the behavior of objects, organisms, and events in the universe.

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11
Q

How can uncertainty in scientific understanding be reduced?

A
  • Through the development of knowledge within related fields and understanding of related factors.
  • By making more and better observations.
  • By improving explanatory models and experimental methods.
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12
Q

What are the main categories of science?

A
  • Earth science
  • Space science
  • Social science
  • Life science
  • Physical science
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13
Q

List some of the specific sciences within the main categories.

A
  • Biology
  • Chemistry
  • Physics
  • Geology
  • Astronomy
  • Sociology
  • Psychology
  • Mathematics
  • Logic
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14
Q

What does the assumption of consistency in the natural world imply for science?

A

If something like gravity is measured one day, it should be consistent the next day unless there is a rational explanation for any difference.

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15
Q

Why is the scientific method important?

A

It allows scientists to systematically collect and analyze data, ensuring that their findings are reliable and reproducible.

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16
Q

What is the significance of Galileo’s contributions to science?

A

His use of the scientific method laid the foundation for modern scientific inquiry.

His experiments with inclined planes and telescopic observations revolutionized science.

17
Q

What is the difference between accuracy and precision in scientific measurements?

A
  • Accuracy refers to how close a measurement is to the true value.
  • Precision refers to the consistency of measurements, or how much they vary when repeated.
18
Q

Why is no measurement in science ever perfect?

A

All measurements have some level of uncertainty.

19
Q

Why is understanding uncertainty important in science?

A

It helps scientists analyze data statistically and determine how likely their ideas are true.

20
Q

What does controlling variables in an experiment help determine?

A

How a single variable affects the result.

21
Q

Why is science considered a method of study?

A

It seeks to explain the world by analyzing the structure and behavior of the physical world.

22
Q

Why is the scientific approach to measurement and statistics common across all sciences?

A

It ensures that data collection and analysis are consistent and reliable.

23
Q

How do scientific models help in practical applications?

A

They allow for predictions and problem-solving in real-world situations.

Example: Weather models predict climate changes.

24
Q

What is the significance of the scientific revolution?

A

It fundamentally changed our understanding of the world and led to modern technological advancements.

25
Q

How does science differ from other ways of understanding the world?

A

It relies on empirical evidence and the scientific method.

26
Q

Why is replication important in science?

A

It ensures that results are reliable and not due to random chance.

27
Q

What is an example of controlling variables in an experiment?

A

Testing the effect of light on plant growth by keeping all other factors constant (e.g species of plant, temperature of room, etc), except the amount of light.

28
Q

What role does statistical analysis play in science?

A

It helps determine the significance and reliability of data.

29
Q

Why is it important for scientific ideas to be falsifiable?

A

This allows for scientific ideas to be tested and potentially disproven, which is key to scientific progress.

30
Q

What does it mean for a scientific theory to be robust?

A

It is supported by a large body of evidence and withstands rigorous testing.

31
Q

What is the relationship between science and technology?

A
  • Scientific discoveries often lead to new technologies, which in turn can lead to further scientific discoveries.
  • For example, the understanding of electricity led to the invention of many electronic devices.
32
Q

What is the importance of peer review in science?

A

It ensures that scientific research is evaluated and validated by other experts in the field. This ensures reliability and credibility of scientific findings.

33
Q

How do scientists ensure the reliability of their data?

A

By repeating experiments and using precise measurement techniques.

34
Q

What does it mean for scientific data to be reproducible?

A

Other scientists can perform the same experiment and obtain similar results.

It is a cornerstone of scientific reliability.

35
Q

Why is flexibility considered a strength in science?

A

Because science is always open to new data and being contradicted, allowing for continuous improvement and refinement of scientific ideas.