delta

We know that a non-dividend paying stock N(d1) is equal to that option's percent delta. Given that we can solve for d1 using an equation, how do we compute N(d1) to solve for delta on the exam?

To hedge options Greeks, we want to rely on the formula: +/- Quantity * %Greek = Position Greek, where a short position is represented by negative quantity. In this example, the market maker writes 10,000 ATM call options, each with percentage (per option) delta of 0.550 and gamma of 0.0440...

Hi community, Let's assume a commodity future contract priced with MtM. This price moves on a daily basis. ($50, $51, $49, $48...) I'm trying to compute the delta of this contract at a certain date. I know that the price of such contract is : S*EXP([rate + storage - convenience - yield](T))...