Please help with creation of CORAL CODE ONLY $($no python, java, etc.$)$ for this activity. Thank you!

Overview

This week, you have started to investigate branching in code. For this activity, you will practice using branching in code with an IF statement by working in the Coral simulator. The code you will create should address the following scenario:

There is an amusement park where children of a certain age get a discount. At the ticket kiosk, the computer asks the age of the participant. If their age is younger than $15,$ the entrance price is $$20.$ If their age is $15$ or older, the price is $$40.$

To address the scenario, you will need to code a branching decision that does the following:

Asks the user for their age

Creates a message that will indicate the price of the ticket. The message should say, $$The entrance price is $\_\_\_\_\_.$

Prints the correct price based on the user$$s input of their age

Prompt

Begin by navigating to the Coral Simulator page of the Coral website. As you work, you will be writing code directly on this page and then testing it by running the program or choosing to step through each line. You can change the execution speed if you want to move more quickly through the code or slow things down to pay closer attention to any particular aspect. It should also be noted that you can toggle to the flowchart of what you have created. Use this to check your work and ensure it is laid out the way you intend.

This simulator is not persistent, meaning it will not save your work if you leave the page. Be sure to copy your code into a TXT file, using one of the applications suggested in Module One of this course, so you can save your work and submit it$.$

Specifically, you must address the following rubric criteria:

Determine the variables and relevant data types of each variable. Consider the necessary variables required to implement the logic of your game as well as the relevant data type $($e$.$g$.,$ integer or float$)$ of each variable.

Set a branch that uses conditionals to define the logic of the game. This must meet the requirements of the program. This includes using the following:

IF

IF$-$ELSE

IF$-$ELSE$-$IF

Statements must also use the appropriate relational operators, which are as follows:

$==($equals$)$

$!=($not equal$)$

$<($less than$)$

$>($greater than$)$

$<=($less than or equal$)$

$>=($greater than or equal$)$

Apply necessary arithmetic operations. Note that mathematical operators include $+,-,*,/,$ and $\%($modulo$).$ This must meet the requirements of the program.

Write code using best practices including appropriate syntax and commenting. This includes the following:

Using descriptive names for your variables

Using the correct formatting structure with appropriate indentations

Using appropriate comments relating to your code