Archimedes Principle Experiment – Part 3
We are Con8nue our exit ramp experiment. Conduct the experiment by crea8ng a simple table. Collect data for 6 domain values. 1. Create a scaBerplot of your data on graph paper. Make sure to label the x and y axis with the correct quan8ty and units. Make sure to use an appropriate scale. Create a 8tle for your scaBerplot 2. Create a 3 Column Process Chart. Input your data into the Domain and Range Columns and use the example 3CPC to complete the middle Process Column. 3. What is the equa8on (func8on rule) governing this rela8onship? 4. Add 4 units to you largest domain value and determine the corresponding range value. Jus8fy your answer verbally, by table, by graph, or algebraically. 5. Add 9.4 to you largest range value and determine the corresponding domain value. Jus8fy your answer verbally, by table, by graph, or algebraically. 6. Does your data depict a con8nuous rela8onship or a discrete rela8onship? Jus8fy your answer. a situa8on that can # texts Discrete: Can you send 0.5 or 0.365 miles Con8nuous: be e xpressed as a decimal or of text message? No only whole hour frac8on. It is possible to travel texts. A graph of isolated points. month at a speed of 64.24564 mph. 7. Does your data represent an func8onal rela8onship? Jus8fy your answer. 8. Describe the correla8on depicted by your data. Explain your answer. 9. Determine the Domain and Range of your data. Express the informa8on in the correct nota8on.