ryguy7272 ryanshu...@gmail.com wrote:
PERFECT!! SO SIMPLE!!
I don't know why the author didn't do that in the book.
The book is evidently giving you code snippets to enter into Python's
own interactive interpreter, i.e., you enter python at the command
line, then you manually type each command
On 29/07/15 15:27, ryguy7272 wrote:
On Wednesday, July 29, 2015 at 10:21:35 AM UTC-4, ryguy7272 wrote:
On Wednesday, July 29, 2015 at 9:59:10 AM UTC-4, ryguy7272 wrote:
I am using Spyder Python 2.7. I'm running this sample code.
import scipy as sp
cashflows=[50,40,20,10,50]
On 7/29/2015 10:21 AM, ryguy7272 wrote:
On Wednesday, July 29, 2015 at 9:59:10 AM UTC-4, ryguy7272 wrote:
I am using Spyder Python 2.7. I'm running this sample code.
import scipy as sp
cashflows=[50,40,20,10,50]
npv=sp.npv(0.1,cashflows)
round(npv,2)
Now, I'm trying to get the NPV, and I
On Wednesday, July 29, 2015 at 10:21:35 AM UTC-4, ryguy7272 wrote:
On Wednesday, July 29, 2015 at 9:59:10 AM UTC-4, ryguy7272 wrote:
I am using Spyder Python 2.7. I'm running this sample code.
import scipy as sp
cashflows=[50,40,20,10,50]
npv=sp.npv(0.1,cashflows)
round(npv,2)
On Wednesday, July 29, 2015 at 9:59:10 AM UTC-4, ryguy7272 wrote:
I am using Spyder Python 2.7. I'm running this sample code.
import scipy as sp
cashflows=[50,40,20,10,50]
npv=sp.npv(0.1,cashflows)
round(npv,2)
Now, I'm trying to get the NPV, and I don't see any obvious way to get it.
I am using Spyder Python 2.7. I'm running this sample code.
import scipy as sp
cashflows=[50,40,20,10,50]
npv=sp.npv(0.1,cashflows)
round(npv,2)
Now, I'm trying to get the NPV, and I don't see any obvious way to get it.
The author of the book that I'm reading gets 144.56. I think that's
On Wednesday, July 29, 2015 at 3:59:10 PM UTC+2, ryguy7272 wrote:
I am using Spyder Python 2.7. I'm running this sample code.
import scipy as sp
cashflows=[50,40,20,10,50]
npv=sp.npv(0.1,cashflows)
round(npv,2)
Now, I'm trying to get the NPV, and I don't see any obvious way to get it.
