mensatrader
Active member
- Messages
- 183
- Likes
- 0
Hi all
I have read from a website about a butterfly example and I don't understand how they got their calculation?
----- 'Assuming that the $42 calls are quoted at 1.2/1.25, the $43 calls are quoted at 0.5/0.55, and the $41 calls are quoted at 1.4/1.45. The maximum profit of the position would be ($1.20 x 2) - ($0.55 + $0.40) = $1.45. However, through legging into this position and filling the $42 at $1.30, the $43 call at $0.50 and the $41 call at $1.40, the maximum profit of the position would be ($1.40 x 2) - ($0.50 + $0.40) = $1.90.'
In the first example without legging, shouldn't the maximum profit be ($1.20 x 2) - ($0.55 + $0.45) = $1.4 ?
In the 2nd example with legging, shouldn't the maximum profit be ($1.30 x 2) - ($0.50 + $0.40) = $1.70 ?
Cheers
I have read from a website about a butterfly example and I don't understand how they got their calculation?
----- 'Assuming that the $42 calls are quoted at 1.2/1.25, the $43 calls are quoted at 0.5/0.55, and the $41 calls are quoted at 1.4/1.45. The maximum profit of the position would be ($1.20 x 2) - ($0.55 + $0.40) = $1.45. However, through legging into this position and filling the $42 at $1.30, the $43 call at $0.50 and the $41 call at $1.40, the maximum profit of the position would be ($1.40 x 2) - ($0.50 + $0.40) = $1.90.'
In the first example without legging, shouldn't the maximum profit be ($1.20 x 2) - ($0.55 + $0.45) = $1.4 ?
In the 2nd example with legging, shouldn't the maximum profit be ($1.30 x 2) - ($0.50 + $0.40) = $1.70 ?
Cheers