Time Value of Money Using Python in Excel.
Tracy Anne Griffin Manning
Co-Founder | Technologist | AI/ML ? Cloud ? FinOps ? Blockchain
Python can be a powerful tool for solving fundamental time value of money (TVM) problems. TVM problems involve calculating cash flows' present or future value, such as investments, loans, or annuities, based on interest rates, time periods, and payment frequencies.
Here's a short guide on how to use Python as a calculator for these calculations:
# Import the necessary libraries
import numpy_financial as npf
# Define the variables for your TVM problem
present_value = 1000 # Initial investment or loan amount
interest_rate = 0.05 # Annual interest rate (5% as a decimal)
nper = 5 # Number of periods (years)
payment = 200 # Regular payment (e.g., monthly or annual)
# Calculate the future value of an investment
future_value = npf.fv(interest_rate, nper, 0, -present_value)
print(f"Future Value: ${future_value:.2f}")
# Calculate the present value of a future sum
present_value = npf.pv(interest_rate, nper, 0, future_value)
print(f"Present Value: ${present_value:.2f}")
# Calculate the payment for an annuity
payment = npf.pmt(interest_rate, nper, 0, -present_value)
print(f"Payment: ${payment:.2f}")
# Calculate the number of periods to reach a specific future value
nper = npf.nper(interest_rate, 0, -present_value, future_value)
print(f"Number of Periods: {nper:.2f} years")
In this code, we use the numpy_financial library to perform TVM calculations. Make sure to replace the present_value, interest_rate, nper, and payment values with your specific numbers.
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Here's a brief explanation of the functions used:
Using Python for TVM calculations can save you time and help ensure accuracy in your financial decisions. It's a versatile tool for a wide range of financial scenarios.
This work was edited using Grammarly Business