We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
This structure determines the net present value of a series representing the balances of a cash flow.
Usually using the functions time() and timestart() the determination of the discount factor presents error because of the unit "year" of the functions. an alternative was to use a converter and thus deviate from the error.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
This structure determines the net present value of a series representing the balances of a cash flow.
Usually using the functions time() and timestart() the determination of the discount factor presents error because of the unit "year" of the functions. an alternative was to use a converter and thus deviate from the error.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
We are modeling future cash flows in the system consisting of three interacting parties, one of which secures deals between the two others which do not trust each other.
