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Using Models Interpreting Data Computational Thinking Problems Investigations Analyzing and Interpreting Data As a scientist, you will be responsible for planning and carrying out investigations. Once you collect your data from an experiment, R must be organized in a way so that any patterns and/or relationships can be seen and communicated to others. Let's practice! Imagine you are an ecologist who has been studying the ecosystems of ponds. You notice that the sizes of Kol vary depending on the size of the pond. You decide to conduct an investigation in which you place small Kol in tanks of different sizes to determine if the size of the fish was proportional to the size of its habitat (Le. the bigger the pond, the bigger the fish). Here is your data from your investigation: 1. Do you notice a pattern? What does the evidence in the data table suggest? Size of Space (liters) 38 75 114 Average Fish Size (cm) 30 38 Click to add text 2. What do you notice about the average size of the fish when the space increased significantly from 114 liters to 1897 How can you explain this? 151 189 47 48 50 Click to add text Click to add text 3. Construct a simple graph that represents the data. Use the digital tools to drawa line graph below. Be sure to give your graph a title. 50 75 100 125 150 175 200 Argument from Evidence BACK TO COVE Designing Solutions suonruridra Communicating Information Average Fish Size (cm)

Using Models Interpreting Data Computational Thinking Problems Investigations Analyzing and Interpreting Data As a scientist, you will be responsible for planning and carrying out investigations. Once you collect your data from an experiment, R must be organized in a way so that any patterns and/or relationships can be seen and communicated to others. Let's practice! Imagine you are an ecologist who has been studying the ecosystems of ponds. You notice that the sizes of Kol vary depending on the size of the pond. You decide to conduct an investigation in which you place small Kol in tanks of different sizes to determine if the size of the fish was proportional to the size of its habitat (Le. the bigger the pond, the bigger the fish). Here is your data from your investigation: 1. Do you notice a pattern? What does the evidence in the data table suggest? Size of Space (liters) 38 75 114 Average Fish Size (cm) 30 38 Click to add text 2. What do you notice about the average size of the fish when the space increased significantly from 114 liters to 1897 How can you explain this? 151 189 47 48 50 Click to add text Click to add text 3. Construct a simple graph that represents the data. Use the digital tools to drawa line graph below. Be sure to give your graph a title. 50 75 100 125 150 175 200 Argument from Evidence BACK TO COVE Designing Solutions suonruridra Communicating Information Average Fish Size (cm)

Calculus: Early Transcendentals
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Axas NGSS Engineering Practices O Slideshow 6 Share File Edit View Insert Format Slide Arrange Tools Add-ons Help Last edit was seconds ago Press F11 to exit full screen + Background Layout- Theme Transition 1 2 4 | 5 6 7 I 8 Asking Questions & Defining Problems Planning & Carrying Out Investigations Analyzing & Interpreting Data Using Mathematics & Computational Thinking Developing & Using Models Analyzing and Interpreting Data As a scientist, you will be responsible for planning and carrying out investigations. Once you collect your data from an experiment, it must be organized in a way so that any patterns and/or relationships can be seen and communicated to others. Let's practice! Imagine you are an ecologist who has been studying the ecosystems of ponds. You notice that the sizes of Koi vary depending on the size of the pond. You decide to conduct an investigation in which you place small Koi in tanks of different sizes to determine if the size of the fish was proportional to the size of its habitat (i.e. the bigger the pond, the bigger the fish). Here is your data from your investigation: 6. 1. Do you notice a pattern? What does the evidence in the data table suggest? Size of Space _(liters) Average Fish Size (cm) 38 30 38 47 Click to add text 75 114 2. What do you notice about the average size of the fish when the space increased significantly from 114 liters to 189? How can you explain this? 151 48 189 50 Click to add text Click to add text 3. Construct a simple graph that represents the data. Use the digital tools to draw a line graph below. Be sure to give your graph a title. 40 30 50 75 100 125 150 175 200 Size of Space (liters) 10 © Professor Doubter Click to add speaker notes s tructing Obtaining Engaging in Argument from Evidence Evaluating, & Information ВАCK то COVER Solutione Average Fish Size (cm)
Transcribed Image Text:Axas NGSS Engineering Practices O Slideshow 6 Share File Edit View Insert Format Slide Arrange Tools Add-ons Help Last edit was seconds ago Press F11 to exit full screen + Background Layout- Theme Transition 1 2 4 | 5 6 7 I 8 Asking Questions & Defining Problems Planning & Carrying Out Investigations Analyzing & Interpreting Data Using Mathematics & Computational Thinking Developing & Using Models Analyzing and Interpreting Data As a scientist, you will be responsible for planning and carrying out investigations. Once you collect your data from an experiment, it must be organized in a way so that any patterns and/or relationships can be seen and communicated to others. Let's practice! Imagine you are an ecologist who has been studying the ecosystems of ponds. You notice that the sizes of Koi vary depending on the size of the pond. You decide to conduct an investigation in which you place small Koi in tanks of different sizes to determine if the size of the fish was proportional to the size of its habitat (i.e. the bigger the pond, the bigger the fish). Here is your data from your investigation: 6. 1. Do you notice a pattern? What does the evidence in the data table suggest? Size of Space _(liters) Average Fish Size (cm) 38 30 38 47 Click to add text 75 114 2. What do you notice about the average size of the fish when the space increased significantly from 114 liters to 189? How can you explain this? 151 48 189 50 Click to add text Click to add text 3. Construct a simple graph that represents the data. Use the digital tools to draw a line graph below. Be sure to give your graph a title. 40 30 50 75 100 125 150 175 200 Size of Space (liters) 10 © Professor Doubter Click to add speaker notes s tructing Obtaining Engaging in Argument from Evidence Evaluating, & Information ВАCK то COVER Solutione Average Fish Size (cm)
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