2) A seesaw is configured as shown in the diagram below. Set the origin (x =...

 

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2) A seesaw is configured as shown in the diagram below. Set the origin (x = 0) at the left edge of the pl as shown in the diagram below An object of mass m = 25.0 kg is a distance = 0.140 m from the origin. A second object of mass m = 32.0 kg is some distance 2 from the origin. The pivot is in the center of the plank. The plank has length L = 6.00 m and mass mp = 11.5 kg. Find the position of the second object that balances the seesaw. Express your answer as distance from the given axis. (2 points) ingle to x=0 m1 li 12 Lp m2 asm to hip A (E anal to sinsig Jovia and 5) W2992 2) A seesaw is configured as shown in the diagram below. Set the origin (x = 0) at the left edge of the pl as shown in the diagram below An object of mass m = 25.0 kg is a distance = 0.140 m from the origin. A second object of mass m = 32.0 kg is some distance 2 from the origin. The pivot is in the center of the plank. The plank has length L = 6.00 m and mass mp = 11.5 kg. Find the position of the second object that balances the seesaw. Express your answer as distance from the given axis. (2 points) ingle to x=0 m1 li 12 Lp m2 asm to hip A (E anal to sinsig Jovia and 5) W2992