For your final project, you will simply calculate the correct change due after purchase. In our previous assignment, we calculated quarters change in a void function. Here we are doing value returning functions. Do not overcomplicate this. I have provided ample instructions and hints. Plan your mode of attack before you start. If you need assistance, refer first to the hands-on exercise and tutorial you completed on Value Returning Functions in Kotlin in the Methods module. After that, ask me! 1. Create a local double variable called change and set it to a test value (e.g. 44.77) 2. Create five separate functions dollars(), quarters(), dimes(), nickels() and pennies(). 3. Each function will - accept a double amount as an argument - calculate and display that denominations number (e.g. 7 Dollars) - then return the recalculated change (e.g. 0.67) In Kotlin, the function signature for quarters would be: quarters(myChange: Double): Double For this to work, you will need to work from the largest denomination to the smallest. Your main() (or JavaScript top code) might resemble: var change = 4.87; change-dollars(change); change=quarters(change): change-dimes(change);
For your final project, you will simply calculate the correct change due after purchase. In our previous assignment, we calculated quarters change in a void function. Here we are doing value returning functions. Do not overcomplicate this. I have provided ample instructions and hints. Plan your mode of attack before you start. If you need assistance, refer first to the hands-on exercise and tutorial you completed on Value Returning Functions in Kotlin in the Methods module. After that, ask me! 1. Create a local double variable called change and set it to a test value (e.g. 44.77) 2. Create five separate functions dollars(), quarters(), dimes(), nickels() and pennies(). 3. Each function will - accept a double amount as an argument - calculate and display that denominations number (e.g. 7 Dollars) - then return the recalculated change (e.g. 0.67) In Kotlin, the function signature for quarters would be: quarters(myChange: Double): Double For this to work, you will need to work from the largest denomination to the smallest. Your main() (or JavaScript top code) might resemble: var change = 4.87; change-dollars(change); change=quarters(change): change-dimes(change);
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Transcribed Image Text:For your final project, you will simply calculate the correct change due after purchase. In our
previous assignment, we calculated quarters change in a void function. Here we are doing value
returning functions. Do not overcomplicate this. I have provided ample instructions and hints. Plan
your mode of attack before you start. If you need assistance, refer first to the hands-on exercise
and tutorial you completed on Value Returning Functions in Kotlin in the Methods module. After
that, ask me!
1. Create a local double variable called change and set it to a test value (e.g. 44.77)
2. Create five separate functions dollars0, quarters(), dimes(), nickels() and pennies().
3. Each function will
- accept a double amount as an argument
- calculate and display that denominations number (e.g. 7 Dollars)
- then return the recalculated change (e.g. 0.67)
In Kotlin, the function signature for quarters would be: quarters(myChange: Double): Double
For this to work, you will need to work from the largest denomination to the smallest. Your main()
(or JavaScript top code) might resemble:
var change = 4.87;
change=dollars(change);
change=quarters(change);
change-dimes(change);
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