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Fault allocation: =20%,  1 =10%,  2 =40%,  3 =30%

Fault allocation: =20%,  1 =10%,  2 =40%,  3 =30% ’s damages = $1,200,000  2 is missing or insolvent. Fault allocation: =20%,  1 =10%,  2 =40%,  3 =30% ’s damages = $1,200,000  2 is missing or insolvent.

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Fault allocation: =20%,  1 =10%,  2 =40%,  3 =30%

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  1. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  2. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  3. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  4. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  5. 1(10%) + 3(30%) =40% total remainings’ fault

  6. 1(10%) + 3(30%) =40% total remainings’ fault 1’s share of that remainder is 1/4=.25

  7. 1(10%) + 3(30%) =40% total remainings’ fault 1’s share of that remainderis 1/4=.25 .25 • $480,000 = $120,000

  8. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  9. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  10. 1(10%) + 3(30%) =40% total remainings’ fault

  11. 1(10%) + 3(30%) =40% total remainings’ fault 3’s share of that remainder is 3/4=.75

  12. 1(10%) + 3(30%) =40% total remainings’ fault 3’s share of that remainder is 3/4=.75 .75 • $480,000 = $360,000

  13. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  14. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  15. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  16. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  17. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  18. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  19. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  20. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  21. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  22. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault

  23. 1(10%) + 3(30%) + (20%) = 60% total remaining parties’ fault 1’s share of that remainder is 10/60=1/6

  24. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault 1’s share of that remainder is 10/60=1/6 1/6 * $480,000 = $80,000

  25. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  26. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  27. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault

  28. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault 3’s share of that remainder is 30/60=1/2

  29. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault 3’s share of that remainder is 30/60= ½ ½ * $480,000 = $240,000

  30. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  31. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

  32. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault

  33. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault ’s share of that remainder is 20/60=1/3

  34. 1(10%) + 3(30%) + (20%) = 60% total remainingparties’ fault • ’s share of that remainder is 20/60=1/3 1/3 * $480,000 = $160,000

  35. Fault allocation: =20%, 1=10%, 2=40%, 3=30% ’s damages = $1,200,000 2 is missing or insolvent

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