1. Take a look at the information about your line of best fit. What quantity does...

 

 

 

 

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1. Take a look at the information about your line of best fit. What quantity does the y represent in this experiment? Mass Curve: VF Az + B A: 1.369 + 0.06221 B: 81.31 +3.958 g RMSE : 4.385 g Hint: In math class, y is used to represent values from the vertical axis. What quantity did you put on the vertical axis? BIU E 드드 I put the Force (N) ON through 10 N on my vertical axis Score: 0/1 2. Take a look at the information about your line of best fit. What variable does the x represent in this experiment? Mass Curve: ४ = B A: 1.369 +0.06221 B: 81.31 + 3.958 g RMSE : 4.385g Hint: In math class, x is used to represent values from the horizontal axis. What label/variable did you put on the horizontal axis? BIU EE EE I Put Spring Stretch (m) 0 m to 0.09 m on the horizontal axis Score: 0/1 3. Arepresents the slope of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az +B A 1.369 0.06221 B:81.3113.958 g RMSE : 4.385g Take a look at the box below your graph to find your slope. What is the slope of your line? BIU EΞ EE The slope for my line is 113.7 N/m Score: 0/1 4. Turn your slope into a "for every" statement. Hint: "The <vertical quantity on the graph> goes up <slope value> <vertical unit> for every 1 <horizontal unit> of chorizontal quantity on the graph>" B I U E = E E • O fx Score: 0/1 5. The slope of a force vs. stretch graph for a spring is defined as the spring constant. Does the spring constant depend on how far the spring is stretched? Give your answer as a CER. CER represents Claim, Evidence. and Reasoning. Hint: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIU E= EE Claim: F Evidence: at m 0.025, . e ILreases Reasoning: Af - - th famn Score: 0/1 6. B represents the intercept of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az + B A:1.369 + 0.06ea B 81.31 3.958g RMSE : 4.385 g Take a look at the bax below your graph to find the intercept. What is your intercept? BIU E E EE My line intercept is -0.01097 N Score: 0/1 7. Turn your intercept into a statement. • Saved Hint: "When the <horizontal quantity> is 0, the <vertical quantity> is <intercept with unit>." BI U E = E E 回た when the Force (N) is 0, the Spring Stretch (m) is -0.01097 N Score: 0/1 8. Does your intercept make sense? How do you know? Hint: It may help to rewind the video to the point where your stretch was 0. BIU E= EE O O Score: 0/1 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BIU E = E E fr 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BI U 回fた Score: 0/1 10. Use your results to predict the force the spring will exert when it is stretched to 15 cm. Show your work or explain your reasoning. Hint: If you do your work on paper, you can take a photo and click O to add it to your answer. BIU 三 2 fx Score: 0/1 !! Spring Stretch Spring Stretch Force variable variable variable cm m 1 2 1. 0.01 1 3 2 0.02 4 2.5 0.025 3 5 3.5 0.035 4 6 4.5 0.045 5 7 5 0.05 6 8. 6 0.06 7 9 7. 0.07 8 10 8 0.08 9 11 9. 0.09 10 Force vs Spring Stretch 10 8 6 0- 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Spring Stretch (m) V Display Curve Fit Uncertainties Force Curve: y = Ax + B A: 113.7 2.068 N B:-0.01097 + 0.1078 N RMSE : 0.1906 N Force (N) 1. Take a look at the information about your line of best fit. What quantity does the y represent in this experiment? Mass Curve: VF Az + B A: 1.369 + 0.06221 B: 81.31 +3.958 g RMSE : 4.385 g Hint: In math class, y is used to represent values from the vertical axis. What quantity did you put on the vertical axis? BIU E 드드 I put the Force (N) ON through 10 N on my vertical axis Score: 0/1 2. Take a look at the information about your line of best fit. What variable does the x represent in this experiment? Mass Curve: ४ = B A: 1.369 +0.06221 B: 81.31 + 3.958 g RMSE : 4.385g Hint: In math class, x is used to represent values from the horizontal axis. What label/variable did you put on the horizontal axis? BIU EE EE I Put Spring Stretch (m) 0 m to 0.09 m on the horizontal axis Score: 0/1 3. Arepresents the slope of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az +B A 1.369 0.06221 B:81.3113.958 g RMSE : 4.385g Take a look at the box below your graph to find your slope. What is the slope of your line? BIU EΞ EE The slope for my line is 113.7 N/m Score: 0/1 4. Turn your slope into a "for every" statement. Hint: "The <vertical quantity on the graph> goes up <slope value> <vertical unit> for every 1 <horizontal unit> of chorizontal quantity on the graph>" B I U E = E E • O fx Score: 0/1 5. The slope of a force vs. stretch graph for a spring is defined as the spring constant. Does the spring constant depend on how far the spring is stretched? Give your answer as a CER. CER represents Claim, Evidence. and Reasoning. Hint: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIU E= EE Claim: F Evidence: at m 0.025, . e ILreases Reasoning: Af - - th famn Score: 0/1 6. B represents the intercept of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az + B A:1.369 + 0.06ea B 81.31 3.958g RMSE : 4.385 g Take a look at the bax below your graph to find the intercept. What is your intercept? BIU E E EE My line intercept is -0.01097 N Score: 0/1 7. Turn your intercept into a statement. • Saved Hint: "When the <horizontal quantity> is 0, the <vertical quantity> is <intercept with unit>." BI U E = E E 回た when the Force (N) is 0, the Spring Stretch (m) is -0.01097 N Score: 0/1 8. Does your intercept make sense? How do you know? Hint: It may help to rewind the video to the point where your stretch was 0. BIU E= EE O O Score: 0/1 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BIU E = E E fr 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BI U 回fた Score: 0/1 10. Use your results to predict the force the spring will exert when it is stretched to 15 cm. Show your work or explain your reasoning. Hint: If you do your work on paper, you can take a photo and click O to add it to your answer. BIU 三 2 fx Score: 0/1 !! Spring Stretch Spring Stretch Force variable variable variable cm m 1 2 1. 0.01 1 3 2 0.02 4 2.5 0.025 3 5 3.5 0.035 4 6 4.5 0.045 5 7 5 0.05 6 8. 6 0.06 7 9 7. 0.07 8 10 8 0.08 9 11 9. 0.09 10 Force vs Spring Stretch 10 8 6 0- 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Spring Stretch (m) V Display Curve Fit Uncertainties Force Curve: y = Ax + B A: 113.7 2.068 N B:-0.01097 + 0.1078 N RMSE : 0.1906 N Force (N) 1. Take a look at the information about your line of best fit. What quantity does the y represent in this experiment? Mass Curve: VF Az + B A: 1.369 + 0.06221 B: 81.31 +3.958 g RMSE : 4.385 g Hint: In math class, y is used to represent values from the vertical axis. What quantity did you put on the vertical axis? BIU E 드드 I put the Force (N) ON through 10 N on my vertical axis Score: 0/1 2. Take a look at the information about your line of best fit. What variable does the x represent in this experiment? Mass Curve: ४ = B A: 1.369 +0.06221 B: 81.31 + 3.958 g RMSE : 4.385g Hint: In math class, x is used to represent values from the horizontal axis. What label/variable did you put on the horizontal axis? BIU EE EE I Put Spring Stretch (m) 0 m to 0.09 m on the horizontal axis Score: 0/1 3. Arepresents the slope of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az +B A 1.369 0.06221 B:81.3113.958 g RMSE : 4.385g Take a look at the box below your graph to find your slope. What is the slope of your line? BIU EΞ EE The slope for my line is 113.7 N/m Score: 0/1 4. Turn your slope into a "for every" statement. Hint: "The <vertical quantity on the graph> goes up <slope value> <vertical unit> for every 1 <horizontal unit> of chorizontal quantity on the graph>" B I U E = E E • O fx Score: 0/1 5. The slope of a force vs. stretch graph for a spring is defined as the spring constant. Does the spring constant depend on how far the spring is stretched? Give your answer as a CER. CER represents Claim, Evidence. and Reasoning. Hint: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIU E= EE Claim: F Evidence: at m 0.025, . e ILreases Reasoning: Af - - th famn Score: 0/1 6. B represents the intercept of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az + B A:1.369 + 0.06ea B 81.31 3.958g RMSE : 4.385 g Take a look at the bax below your graph to find the intercept. What is your intercept? BIU E E EE My line intercept is -0.01097 N Score: 0/1 7. Turn your intercept into a statement. • Saved Hint: "When the <horizontal quantity> is 0, the <vertical quantity> is <intercept with unit>." BI U E = E E 回た when the Force (N) is 0, the Spring Stretch (m) is -0.01097 N Score: 0/1 8. Does your intercept make sense? How do you know? Hint: It may help to rewind the video to the point where your stretch was 0. BIU E= EE O O Score: 0/1 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BIU E = E E fr 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BI U 回fた Score: 0/1 10. Use your results to predict the force the spring will exert when it is stretched to 15 cm. Show your work or explain your reasoning. Hint: If you do your work on paper, you can take a photo and click O to add it to your answer. BIU 三 2 fx Score: 0/1 !! Spring Stretch Spring Stretch Force variable variable variable cm m 1 2 1. 0.01 1 3 2 0.02 4 2.5 0.025 3 5 3.5 0.035 4 6 4.5 0.045 5 7 5 0.05 6 8. 6 0.06 7 9 7. 0.07 8 10 8 0.08 9 11 9. 0.09 10 Force vs Spring Stretch 10 8 6 0- 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Spring Stretch (m) V Display Curve Fit Uncertainties Force Curve: y = Ax + B A: 113.7 2.068 N B:-0.01097 + 0.1078 N RMSE : 0.1906 N Force (N) 1. Take a look at the information about your line of best fit. What quantity does the y represent in this experiment? Mass Curve: VF Az + B A: 1.369 + 0.06221 B: 81.31 +3.958 g RMSE : 4.385 g Hint: In math class, y is used to represent values from the vertical axis. What quantity did you put on the vertical axis? BIU E 드드 I put the Force (N) ON through 10 N on my vertical axis Score: 0/1 2. Take a look at the information about your line of best fit. What variable does the x represent in this experiment? Mass Curve: ४ = B A: 1.369 +0.06221 B: 81.31 + 3.958 g RMSE : 4.385g Hint: In math class, x is used to represent values from the horizontal axis. What label/variable did you put on the horizontal axis? BIU EE EE I Put Spring Stretch (m) 0 m to 0.09 m on the horizontal axis Score: 0/1 3. Arepresents the slope of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az +B A 1.369 0.06221 B:81.3113.958 g RMSE : 4.385g Take a look at the box below your graph to find your slope. What is the slope of your line? BIU EΞ EE The slope for my line is 113.7 N/m Score: 0/1 4. Turn your slope into a "for every" statement. Hint: "The <vertical quantity on the graph> goes up <slope value> <vertical unit> for every 1 <horizontal unit> of chorizontal quantity on the graph>" B I U E = E E • O fx Score: 0/1 5. The slope of a force vs. stretch graph for a spring is defined as the spring constant. Does the spring constant depend on how far the spring is stretched? Give your answer as a CER. CER represents Claim, Evidence. and Reasoning. Hint: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIU E= EE Claim: F Evidence: at m 0.025, . e ILreases Reasoning: Af - - th famn Score: 0/1 6. B represents the intercept of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az + B A:1.369 + 0.06ea B 81.31 3.958g RMSE : 4.385 g Take a look at the bax below your graph to find the intercept. What is your intercept? BIU E E EE My line intercept is -0.01097 N Score: 0/1 7. Turn your intercept into a statement. • Saved Hint: "When the <horizontal quantity> is 0, the <vertical quantity> is <intercept with unit>." BI U E = E E 回た when the Force (N) is 0, the Spring Stretch (m) is -0.01097 N Score: 0/1 8. Does your intercept make sense? How do you know? Hint: It may help to rewind the video to the point where your stretch was 0. BIU E= EE O O Score: 0/1 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BIU E = E E fr 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BI U 回fた Score: 0/1 10. Use your results to predict the force the spring will exert when it is stretched to 15 cm. Show your work or explain your reasoning. Hint: If you do your work on paper, you can take a photo and click O to add it to your answer. BIU 三 2 fx Score: 0/1 !! Spring Stretch Spring Stretch Force variable variable variable cm m 1 2 1. 0.01 1 3 2 0.02 4 2.5 0.025 3 5 3.5 0.035 4 6 4.5 0.045 5 7 5 0.05 6 8. 6 0.06 7 9 7. 0.07 8 10 8 0.08 9 11 9. 0.09 10 Force vs Spring Stretch 10 8 6 0- 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Spring Stretch (m) V Display Curve Fit Uncertainties Force Curve: y = Ax + B A: 113.7 2.068 N B:-0.01097 + 0.1078 N RMSE : 0.1906 N Force (N) 1. Take a look at the information about your line of best fit. What quantity does the y represent in this experiment? Mass Curve: VF Az + B A: 1.369 + 0.06221 B: 81.31 +3.958 g RMSE : 4.385 g Hint: In math class, y is used to represent values from the vertical axis. What quantity did you put on the vertical axis? BIU E 드드 I put the Force (N) ON through 10 N on my vertical axis Score: 0/1 2. Take a look at the information about your line of best fit. What variable does the x represent in this experiment? Mass Curve: ४ = B A: 1.369 +0.06221 B: 81.31 + 3.958 g RMSE : 4.385g Hint: In math class, x is used to represent values from the horizontal axis. What label/variable did you put on the horizontal axis? BIU EE EE I Put Spring Stretch (m) 0 m to 0.09 m on the horizontal axis Score: 0/1 3. Arepresents the slope of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az +B A 1.369 0.06221 B:81.3113.958 g RMSE : 4.385g Take a look at the box below your graph to find your slope. What is the slope of your line? BIU EΞ EE The slope for my line is 113.7 N/m Score: 0/1 4. Turn your slope into a "for every" statement. Hint: "The <vertical quantity on the graph> goes up <slope value> <vertical unit> for every 1 <horizontal unit> of chorizontal quantity on the graph>" B I U E = E E • O fx Score: 0/1 5. The slope of a force vs. stretch graph for a spring is defined as the spring constant. Does the spring constant depend on how far the spring is stretched? Give your answer as a CER. CER represents Claim, Evidence. and Reasoning. Hint: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIU E= EE Claim: F Evidence: at m 0.025, . e ILreases Reasoning: Af - - th famn Score: 0/1 6. B represents the intercept of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az + B A:1.369 + 0.06ea B 81.31 3.958g RMSE : 4.385 g Take a look at the bax below your graph to find the intercept. What is your intercept? BIU E E EE My line intercept is -0.01097 N Score: 0/1 7. Turn your intercept into a statement. • Saved Hint: "When the <horizontal quantity> is 0, the <vertical quantity> is <intercept with unit>." BI U E = E E 回た when the Force (N) is 0, the Spring Stretch (m) is -0.01097 N Score: 0/1 8. Does your intercept make sense? How do you know? Hint: It may help to rewind the video to the point where your stretch was 0. BIU E= EE O O Score: 0/1 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BIU E = E E fr 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BI U 回fた Score: 0/1 10. Use your results to predict the force the spring will exert when it is stretched to 15 cm. Show your work or explain your reasoning. Hint: If you do your work on paper, you can take a photo and click O to add it to your answer. BIU 三 2 fx Score: 0/1 !! Spring Stretch Spring Stretch Force variable variable variable cm m 1 2 1. 0.01 1 3 2 0.02 4 2.5 0.025 3 5 3.5 0.035 4 6 4.5 0.045 5 7 5 0.05 6 8. 6 0.06 7 9 7. 0.07 8 10 8 0.08 9 11 9. 0.09 10 Force vs Spring Stretch 10 8 6 0- 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Spring Stretch (m) V Display Curve Fit Uncertainties Force Curve: y = Ax + B A: 113.7 2.068 N B:-0.01097 + 0.1078 N RMSE : 0.1906 N Force (N) 1. Take a look at the information about your line of best fit. What quantity does the y represent in this experiment? Mass Curve: VF Az + B A: 1.369 + 0.06221 B: 81.31 +3.958 g RMSE : 4.385 g Hint: In math class, y is used to represent values from the vertical axis. What quantity did you put on the vertical axis? BIU E 드드 I put the Force (N) ON through 10 N on my vertical axis Score: 0/1 2. Take a look at the information about your line of best fit. What variable does the x represent in this experiment? Mass Curve: ४ = B A: 1.369 +0.06221 B: 81.31 + 3.958 g RMSE : 4.385g Hint: In math class, x is used to represent values from the horizontal axis. What label/variable did you put on the horizontal axis? BIU EE EE I Put Spring Stretch (m) 0 m to 0.09 m on the horizontal axis Score: 0/1 3. Arepresents the slope of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az +B A 1.369 0.06221 B:81.3113.958 g RMSE : 4.385g Take a look at the box below your graph to find your slope. What is the slope of your line? BIU EΞ EE The slope for my line is 113.7 N/m Score: 0/1 4. Turn your slope into a "for every" statement. Hint: "The <vertical quantity on the graph> goes up <slope value> <vertical unit> for every 1 <horizontal unit> of chorizontal quantity on the graph>" B I U E = E E • O fx Score: 0/1 5. The slope of a force vs. stretch graph for a spring is defined as the spring constant. Does the spring constant depend on how far the spring is stretched? Give your answer as a CER. CER represents Claim, Evidence. and Reasoning. Hint: Claim: Your answer to the question Evidence: Describe features of your graph or data table that support your answer Reasoning: Explain how the evidence you picked supports your answer BIU E= EE Claim: F Evidence: at m 0.025, . e ILreases Reasoning: Af - - th famn Score: 0/1 6. B represents the intercept of your line of best fit. You only need to pay attention to the first number and the units. Mass Curve: y = Az + B A:1.369 + 0.06ea B 81.31 3.958g RMSE : 4.385 g Take a look at the bax below your graph to find the intercept. What is your intercept? BIU E E EE My line intercept is -0.01097 N Score: 0/1 7. Turn your intercept into a statement. • Saved Hint: "When the <horizontal quantity> is 0, the <vertical quantity> is <intercept with unit>." BI U E = E E 回た when the Force (N) is 0, the Spring Stretch (m) is -0.01097 N Score: 0/1 8. Does your intercept make sense? How do you know? Hint: It may help to rewind the video to the point where your stretch was 0. BIU E= EE O O Score: 0/1 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BIU E = E E fr 9. A friend hands you two springs with different spring constants. Without using any measuring tools, explain how you could decide which spring has a bigger spring constant. Hint: Think about things you can directly see or feel about the springs. It may also help to think about your "for every" statement. BI U 回fた Score: 0/1 10. Use your results to predict the force the spring will exert when it is stretched to 15 cm. Show your work or explain your reasoning. Hint: If you do your work on paper, you can take a photo and click O to add it to your answer. BIU 三 2 fx Score: 0/1 !! Spring Stretch Spring Stretch Force variable variable variable cm m 1 2 1. 0.01 1 3 2 0.02 4 2.5 0.025 3 5 3.5 0.035 4 6 4.5 0.045 5 7 5 0.05 6 8. 6 0.06 7 9 7. 0.07 8 10 8 0.08 9 11 9. 0.09 10 Force vs Spring Stretch 10 8 6 0- 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Spring Stretch (m) V Display Curve Fit Uncertainties Force Curve: y = Ax + B A: 113.7 2.068 N B:-0.01097 + 0.1078 N RMSE : 0.1906 N Force (N)

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