i am right. it is 140 LCC for each 100 AAMRQ.
the deal is quite complicated. for instance now the AAMRQ should trade around 14.00 (LCC = 23.60)
the delta is 140%. the reason is that the deal fixes/caps claims (constant c) and fix $LCC portion (28% of value) of the new AMR value. so it is like $LCC/0.28 - c - $LCC = $AAMRQ
taking first derivative with respect to $LCC value you get 0.72/0.28=2.57. this you adjust by the ratio of share counts which is about 210/397 = 0.53. therefore 2.57*0.53=1.36=136%
this was just a simple analytic. you should get the numbers precise and understand under what assumptions these calcs were done, e.g. here converts do not need to convert even when there are in the money ultimately...
p.s. of course on the exchange date(s) you will not get 1.4/1. you will get the ratio decided on the effective date(s) and the share action during the following 120 days after that...
the deal is quite complicated. for instance now the AAMRQ should trade around 14.00 (LCC = 23.60)
the delta is 140%. the reason is that the deal fixes/caps claims (constant c) and fix $LCC portion (28% of value) of the new AMR value. so it is like $LCC/0.28 - c - $LCC = $AAMRQ
taking first derivative with respect to $LCC value you get 0.72/0.28=2.57. this you adjust by the ratio of share counts which is about 210/397 = 0.53. therefore 2.57*0.53=1.36=136%
this was just a simple analytic. you should get the numbers precise and understand under what assumptions these calcs were done, e.g. here converts do not need to convert even when there are in the money ultimately...
p.s. of course on the exchange date(s) you will not get 1.4/1. you will get the ratio decided on the effective date(s) and the share action during the following 120 days after that...
