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Mathematics Stage 5PAS5.2.5Part 2Graphs of physical phenomenaDistance/time graphsNumber: 43664Title: PAS5.2.5 Graphs of physical phenomenaThis publication is copyright New South Wales Department of
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How to fill out graphs of physical phenomena
How to fill out graphs of physical phenomena
01
Choose the physical phenomenon you want to graph.
02
Decide on the variables you want to represent on the graph, such as time, distance, temperature, etc.
03
Determine the range and increments for each variable. For example, if you are graphing time, decide on the time intervals you want to use.
04
Plot the points on the graph according to the values of the variables. Each point should represent a specific measurement or observation.
05
Connect the points with a line or curve to show the trend or pattern in the data.
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Label the x-axis and y-axis with the appropriate units for each variable.
07
Add a title to the graph that describes the physical phenomenon being represented.
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Include a legend or key if there are multiple lines or curves on the graph.
09
Review and revise the graph as necessary to ensure clarity and accuracy.
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Interpret the graph to draw conclusions about the physical phenomenon.
Who needs graphs of physical phenomena?
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Scientists and researchers often need graphs of physical phenomena to visually represent data and analyze patterns or trends.
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Students learning about physics or other sciences may need graphs to understand and analyze the relationships between variables.
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Engineers and technicians may use graphs to optimize processes, identify errors, or troubleshoot issues in physical systems.
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Manufacturers and designers may use graphs to analyze and improve the efficiency or performance of a product or system.
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Environmentalists and climate scientists may use graphs to study and track changes in physical phenomena such as temperature, rainfall, or pollution levels.
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Policy makers and government agencies may use graphs to visualize data and make informed decisions about regulations or interventions.
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Any individual interested in understanding or communicating information about physical phenomena may find graphs helpful.
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What is graphs of physical phenomena?
Graphs of physical phenomena are visual representations of data showing the relationship between different physical variables.
Who is required to file graphs of physical phenomena?
Scientists, researchers, or any entity conducting experiments or studies involving physical phenomena are required to file graphs of physical phenomena.
How to fill out graphs of physical phenomena?
Graphs of physical phenomena can be filled out by inputting the data into a graphing software or application and creating the visual representation of the data.
What is the purpose of graphs of physical phenomena?
The purpose of graphs of physical phenomena is to visually illustrate the relationship between physical variables and help analyze and interpret the data more effectively.
What information must be reported on graphs of physical phenomena?
Graphs of physical phenomena must include the labels for the x-axis and y-axis, the units of measurement, a title for the graph, and a legend if multiple data sets are being shown.
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