Any other way to represent (1+i)^(-n)

[DexterOnline]

The discount factor or present value of dollar = (1+i)^(-n)

Is there any other representation of the above said formula?

 

[Ishuda]

The discount factor or present value of dollar = (1+i)^(-n)

Is there any other representation of the above said formula?

Well, if you really want to do it another way
The discount factor or present value of dollar = sin{-(-1)^1/2 ln[(-1)^1/2 x + (1-x²)^1/2]} where x = (1+i)^-n

 

[DexterOnline]

Well, if you really want to do it another way
The discount factor or present value of dollar = sin{-(-1)^1/2 ln[(-1)^1/2 x + (1-x²)^1/2]} where x = (1+i)^-n

All praise to the \(\displaystyle \left(-1\right)^{\frac{1}{2}}\) Lord who forgiveth all \(\displaystyle sin\)es not to mention the \(\displaystyle cos\)ines and if you were to go on a \(\displaystyle tan\)gent then it be heads up with \(\displaystyle \frac{sines}{cosines}\)

 

[DexterOnline]

All praise to the \(\displaystyle \left(-1\right)^{\frac{1}{2}}\) Lord who forgiveth all \(\displaystyle sin\)es not to mention the \(\displaystyle cos\)ines and if you were to go on a \(\displaystyle tan\)gent then it be heads up with \(\displaystyle \frac{sines}{cosines}\)

Sines of the Times

 

[DexterOnline]

1 / f^n
where f = 1 + i
where i = periodic rate as dictated by n

All praise to the Gord

where r is silent

 

[DexterOnline]

All praise to the Gord

where r is silent

Silence of the Lambs

Shepherds of Old