in the practice 2. Atwood Machine you obtained and fitted the acceleration versus total force graph. What relationship did you get between the acceleration and the tot Linear Fit for: Data Set | ACCELERATION y=mx+b m (Slope): 25.86 M/S/S/N b (Y-Intercept): -0.03539 M/S/S Correlation: 0.9999 RMSE: 0.04665 M/S/S
in the practice 2. Atwood Machine you obtained and fitted the acceleration versus total force graph. What relationship did you get between the acceleration and the tot Linear Fit for: Data Set | ACCELERATION y=mx+b m (Slope): 25.86 M/S/S/N b (Y-Intercept): -0.03539 M/S/S Correlation: 0.9999 RMSE: 0.04665 M/S/S
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Transcribed Image Text:Force?.
4
ACCELERATION (M/S/S)
2
0
0
(0.050369, 6.056)
0.05
decreases following a quadratic function
increases following a linear function
decreases following a inverse function
increases following a quadratic
Lineal Fito. Dald
y=mx+b
m (Slope): 25.86 M/S
b (Y-Intercept): -0.03
Correlation: 0.9999
RMSE: 0.04665 M/SA
0.1
TOTAL FORCE
Transcribed Image Text:+
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In the practice 2. Atwood Machine you obtained and fitted the acceleration versus total force graph. What relationship did you get between the acceleration and the total
Force?.
ACCELERATION (M)
(00505686000)
dos
decreases following a quadratic function
Increases following a linear function
decreases following a inverse function
Linear Fit for: Data Set | ACCELERATION
y=mx+b
m (Slope): 25.86 M/S/S/N
b (Y-Intercept): -0.03539 M/S/S
Correlation: 0.9999
RMSE: 0.04665 M/S/S
TOTAL FORCE IN
015
025
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