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Refer to the table above. What mass m₂ should be placed at x₂=96 cm in order to balance a torque of 0.1743 N-m with counterclockwise rotation due to m₁? 445 g 38.7 g 379 g O 18.5g

Refer to the table above. What mass m₂ should be placed at x₂=96 cm in order to balance a torque of 0.1743 N-m with counterclockwise rotation due to m₁? 445 g 38.7 g 379 g O 18.5g

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Torque due to Unequal Forces Torque Hanging Load Position on Moment Mass (g) Weight (N) Meterstick (cm) Arm (cm) | Magnitude (N-m) Direction (CW/CCW) m₁ (A) CCW (B) (C) T1 (D) m2 x2 (E) (F) (G) Percent Difference 0.00% Center of Gravity: 50 cm Refer to the table above. What mass m₂ should be placed at x₂-96 cm in order to balance a torque of 0.1743 N.m with counterclockwise rotation due to m₁? 445 g 38.7 g 379 g O 18.5 g
Transcribed Image Text:Torque due to Unequal Forces Torque Hanging Load Position on Moment Mass (g) Weight (N) Meterstick (cm) Arm (cm) | Magnitude (N-m) Direction (CW/CCW) m₁ (A) CCW (B) (C) T1 (D) m2 x2 (E) (F) (G) Percent Difference 0.00% Center of Gravity: 50 cm Refer to the table above. What mass m₂ should be placed at x₂-96 cm in order to balance a torque of 0.1743 N.m with counterclockwise rotation due to m₁? 445 g 38.7 g 379 g O 18.5 g
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