Add training workflow, datasets, and runbook

training_data/curated/text/cb75fe9889f9585182ae4cb7936eb51dffee43a9ea6554ad191f705238e00e2c.txt

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+EXHIBIT 6.7 Long stock and synthetic long stock with 71 days to
+expiration.
+Looking at this exhibit, it appears that being long the actual stock
+outperforms being long the stock synthetically. If the stock is purchased at
+$51.54, it need only rise a penny higher to profit (in the theoretical world
+where traders do not pay commissions on transactions). If the synthetic is
+purchased for $2, the stock needs to rise $0.46 to break even—an apparent
+disadvantage. This figure, however, does not include interest.
+The synthetic stock offers the same risk/reward as actually being long the
+stock. There is a benefit, from the perspective of interest, to paying only $2
+for this exposure rather than $51.54. The interest benefit here is about
+$0.486. We can find this number by calculating the interest as we did earlier
+in the chapter. Interest, again, is computed as the strike price times the
+interest rate times the number of days to expiration divided by the number
+of days in a year. The formula is as follows:
+Inputting the numbers from this example:
+The $0.486 of interest is about equal to the $0.46 disparity between the
+diagrams of the stock and the synthetic stock with 71 days until expiration.