A free-fall spark track experiment determines the acceleration due to gravity to be g1 = (9.76 0.04±) m/s2 . A pendulum experiment determines the acceleration due to gravity to be g2 = (9.83 0.09±) m/s2 . The accepted value for the acceleration due to gravity is g = (9.81 0.01±) m/s2 . Are the two experimental results consistent with the accepted value? Which of the two experimental results is more accurate? Which is more precise?
A free-fall spark track experiment determines the acceleration due to gravity to be g1 = (9.76 0.04±) m/s2 . A pendulum experiment determines the acceleration due to gravity to be g2 = (9.83 0.09±) m/s2 . The accepted value for the acceleration due to gravity is g = (9.81 0.01±) m/s2 . Are the two experimental results consistent with the accepted value? Which of the two experimental results is more accurate? Which is more precise?
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A free-fall spark track experiment determines the acceleration due to gravity to be g1 = (9.76 0.04±) m/s2 . A pendulum experiment determines the acceleration due to
gravity to be g2 = (9.83 0.09±) m/s2 . The accepted value for the acceleration due to
gravity is g = (9.81 0.01±) m/s2 . Are the two experimental results consistent with the
accepted value? Which of the two experimental results is more accurate? Which is more precise?
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