Compute the mass of each pan by the Law of Moments. Mcw = Mccw Pan Xx sl = Pan Y x s2 (Pan X + 50g) x s3 = Pan Y x s2 Where: Pan X- mass of Pan X Pan Y – mass of Pan Y sl - distance from Pan X to the fulcrum s2 – distance from Pan Y to the fulcrum s3 – distance from Pan X with 50-g mass to the fulcrum Solve for Pan X, then Pan Y. Compute the percentage error of each. 50 cm A. Point of Support (cg, TV) - s2 - 45 cm Computed mass of Pan X (EV) - Pan Y (EV) - By weighing (TV), pan X - (TV), pan Y - sl -_ 45 cm s3 - 7.5 cm 8 g 8 g % error % error_

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Computed mass of Pan X and Y (EV), and the percentage error

A. Compute the mass of each pan by the Law of Moments.
Мcw - Mcсw
www
Where:
Pan Xx sl = Pan Y x s2
(Pan X + 50g) x s3 = Pan Y x s2
Pan X – mass of Pan X
Pan Y – mass of Pan Y
sl - distance from Pan X to the fulcrum
s2 – distance from Pan Y to the fulcrum
s3 – distance from Pan X with 50-g mass to the
fulcrum
Solve for Pan X, then Pan Y. Compute the percentage error of each.
50 cm
A. Point of Support (cg, TV) -
s2 -
Computed mass of Pan X (EV) -
Pan Y (EV) -
By weighing (TV), pan X -
(TV), pan Y -
sl -_45 cm
45 cm
s3 -
7.5 cm
8 g
8 g
% error
% error
Transcribed Image Text:A. Compute the mass of each pan by the Law of Moments. Мcw - Mcсw www Where: Pan Xx sl = Pan Y x s2 (Pan X + 50g) x s3 = Pan Y x s2 Pan X – mass of Pan X Pan Y – mass of Pan Y sl - distance from Pan X to the fulcrum s2 – distance from Pan Y to the fulcrum s3 – distance from Pan X with 50-g mass to the fulcrum Solve for Pan X, then Pan Y. Compute the percentage error of each. 50 cm A. Point of Support (cg, TV) - s2 - Computed mass of Pan X (EV) - Pan Y (EV) - By weighing (TV), pan X - (TV), pan Y - sl -_45 cm 45 cm s3 - 7.5 cm 8 g 8 g % error % error
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