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Stationary Tension, Experimental (N) m_varied (kg) m_fixed (kg) 0.494 0.05 0.253 0.392 Moving Tension, Experimental (N) Moving Tension, Predicted (N) 0.4091 0.991 0.1 0.253 0.681 0.7024 1.488 0.15 0.253 0.902 0.9229 1.983 0.2 0.253 1.059 1.0947 2.452 0.25 0.253 1.191 1.2323 Make a linear graph of your experimental data Moving Tension nexperimental (y-axis) vs. Moving Tension predicted (X-axis). What is the slope m and the slope's uncertainty of your graph? Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. m = 0.971 X ± 0.00840 × What is the r-value of your linear fit? r = 1 1 (y-axis) vs. m experimental 1 varied Make a linear plot of (x-axis). What is the slope and the slope's uncertainty of that graph? Moving Tension Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. Slope = 9.31 X ± 0.060 × kg/N 1 Using your previous result of the slope of. 1 VS. Moving Tension calculate the experimental value of gravitational m experimental varied acceleration g and its uncertainty. HINT: What is the expression of the slope of your 1 1 VS. graph? How is Moving Tension m experimental varied it related to the acceleration of the free fall? Report your quantity to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. g=0.107 X ± 0.000692 × m/s²

Stationary Tension, Experimental (N) m_varied (kg) m_fixed (kg) 0.494 0.05 0.253 0.392 Moving Tension, Experimental (N) Moving Tension, Predicted (N) 0.4091 0.991 0.1 0.253 0.681 0.7024 1.488 0.15 0.253 0.902 0.9229 1.983 0.2 0.253 1.059 1.0947 2.452 0.25 0.253 1.191 1.2323 Make a linear graph of your experimental data Moving Tension nexperimental (y-axis) vs. Moving Tension predicted (X-axis). What is the slope m and the slope's uncertainty of your graph? Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. m = 0.971 X ± 0.00840 × What is the r-value of your linear fit? r = 1 1 (y-axis) vs. m experimental 1 varied Make a linear plot of (x-axis). What is the slope and the slope's uncertainty of that graph? Moving Tension Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. Slope = 9.31 X ± 0.060 × kg/N 1 Using your previous result of the slope of. 1 VS. Moving Tension calculate the experimental value of gravitational m experimental varied acceleration g and its uncertainty. HINT: What is the expression of the slope of your 1 1 VS. graph? How is Moving Tension m experimental varied it related to the acceleration of the free fall? Report your quantity to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. g=0.107 X ± 0.000692 × m/s²

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Stationary Tension, Experimental (N) m_varied (kg) m_fixed (kg) 0.494 0.05 0.253 0.392 Moving Tension, Experimental (N) Moving Tension, Predicted (N) 0.4091 0.991 0.1 0.253 0.681 0.7024 1.488 0.15 0.253 0.902 0.9229 1.983 0.2 0.253 1.059 1.0947 2.452 0.25 0.253 1.191 1.2323 Make a linear graph of your experimental data Moving Tension nexperimental (y-axis) vs. Moving Tension predicted (X-axis). What is the slope m and the slope's uncertainty of your graph? Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. m = 0.971 X ± 0.00840 × What is the r-value of your linear fit? r = 1 1 (y-axis) vs. m experimental 1 varied Make a linear plot of (x-axis). What is the slope and the slope's uncertainty of that graph? Moving Tension Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. Slope = 9.31 X ± 0.060 × kg/N 1 Using your previous result of the slope of. 1 VS. Moving Tension calculate the experimental value of gravitational m experimental varied acceleration g and its uncertainty. HINT: What is the expression of the slope of your 1 1 VS. graph? How is Moving Tension m experimental varied it related to the acceleration of the free fall? Report your quantity to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. g=0.107 X ± 0.000692 × m/s²
Transcribed Image Text:Stationary Tension, Experimental (N) m_varied (kg) m_fixed (kg) 0.494 0.05 0.253 0.392 Moving Tension, Experimental (N) Moving Tension, Predicted (N) 0.4091 0.991 0.1 0.253 0.681 0.7024 1.488 0.15 0.253 0.902 0.9229 1.983 0.2 0.253 1.059 1.0947 2.452 0.25 0.253 1.191 1.2323 Make a linear graph of your experimental data Moving Tension nexperimental (y-axis) vs. Moving Tension predicted (X-axis). What is the slope m and the slope's uncertainty of your graph? Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. m = 0.971 X ± 0.00840 × What is the r-value of your linear fit? r = 1 1 (y-axis) vs. m experimental 1 varied Make a linear plot of (x-axis). What is the slope and the slope's uncertainty of that graph? Moving Tension Report your slope to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. Slope = 9.31 X ± 0.060 × kg/N 1 Using your previous result of the slope of. 1 VS. Moving Tension calculate the experimental value of gravitational m experimental varied acceleration g and its uncertainty. HINT: What is the expression of the slope of your 1 1 VS. graph? How is Moving Tension m experimental varied it related to the acceleration of the free fall? Report your quantity to 3(three) significant figures and match the number of significant figures of the uncertainty accordingly. g=0.107 X ± 0.000692 × m/s²
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