The following function is given to calculate the future value (fv) of capital (pv) in the n periodic compound capitalization model with the interest rate: def fv(pv, rate, n): return round(pv * (1 + rate) ** n, 2) We want to create a partial function from the fv() function that takes only one argument (rate) and computes the annual accumulation factor (n = 1, pv = 1). Select correct answer.
Geek Boy Staff asked 2 years ago The following function is given to calculate the future value (fv) of capital (pv) in the n periodic compound capitalization model with the interest rate:
def fv(pv, rate, n):
return round(pv * (1 + rate) ** n, 2)
We want to create a partial function from the fv() function that takes only one argument (rate) and computes the annual accumulation factor (n = 1, pv = 1). Select correct answer.
a.
annual_acc_factor = fv(pv=1, rate, n=1)
b.
annual_acc_factor = fv(pv=1, rate, n=1)
c.
from functools import partial
annual_acc_factor = partial(fv, pv=1, n=1)
1 Answers
Geek Boy Staff answered 2 years ago c.
from functools import partial annual_acc_factor = partial(fv, pv=1, n=1)
Explanation:
functools.partial(func, /, *args, **keywords) – return a new partial object which when called will behave like func called with the positional arguments args and keyword arguments keywords.