Design and write an Octave function that calculates the number of years required to reach a specific amount given an initial amount of money and interest rate? The Octave function (you can specify any name) must perform the following functionality: 1. Accepts three input parameters that specify the amount, interest rate, and target amount required at the end of an investment period. The function must return the number of years that it will take to reach the target amount. The interest rate is provided as a percentage. 2. Check if three input arguments are provided. If insufficient input arguments are provided, then print an error message and exit the function. 3. Check that the initial amount is less than the target amount provided. If the initial amount is less than or equal to the target amount, then print an error message and exit the function. 4. Calculate the number of years to reach the target amount. 5. Display the number of years as a string – for example: 10 years

Design and write an Octave function that calculates the number of years required to reach a specific amount given an initial amount of money and interest rate? The Octave function (you can specify any name) must perform the following functionality: 1. Accepts three input parameters that specify the amount, interest rate, and target amount required at the end of an investment period. The function must return the number of years that it will take to reach the target amount. The interest rate is provided as a percentage. 2. Check if three input arguments are provided. If insufficient input arguments are provided, then print an error message and exit the function. 3. Check that the initial amount is less than the target amount provided. If the initial amount is less than or equal to the target amount, then print an error message and exit the function. 4. Calculate the number of years to reach the target amount. 5. Display the number of years as a string – for example: 10 years

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Problem 2: Simple Interest The formula for computing the future value of an amount that is increasing due to accumulating simple interest is F=P(1+rxi) Where F is the future value, P is the present value, is the annual interest rate (decimal value not percent), and is the total time period in years. Write a function named simpleInterest that accepts values for the three variables P, and and assings them to the output variable futureValue Function Code to call your function > Save C Reset function [futureValue] =simpleInterest (presentValue, interest RatePercent, time Years) %Enter commands to perform the computation and assign the results 3 %to the output variable defined in the function command in line 1. 1 [futureValue] =simpleInterest (10000,5.25,5) My Solutions > MATLAB Documentation C Reset Run Function
When calling a function that takes many arguments, it is necessary to determine whether or not the order in which parameters are supplied makes a difference.
Which of the following is a valid function definition statement dosomething (double x) double dosomething(double x) function dosomething (double x) O double dosomething (x)
None
What are the advantages of making use of a function?
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c not c++