Need help with this. I attached the image how it should look . Create a function named FahrenheitToCelsius() containing a single parameter named degree. Insert a statement that returns the value of degree minus 32 and then divided by 1.8. Create a function named CelsiusToFahrenheit() containing a single parameter named degree. Insert a statement that returns the value of degree multiplied by 1.8 plus 32. Add an onchange event handler to the element with the id “cValue”. Attach an anonymous function to the event handler and within the anonymous function do the following: Declare a variable named cDegree equal to the value of the element with the id “cValue”. Set the value of the element with the id “fValue” to the value returned by the CelsiusToFarenheit() function using cDegree as the parameter value. Add an onchange event handler to the element with the id “fValue”. Attach an anonymous function to the event handler and within the anonymous function do the following: Declare a variable named fDegree equal to the value of the element with the id “fValue”. Set the value of the element with the id “cValue” to the value returned by the FarenheitToCelsius() function using fDegree as the parameter value. Save your changes to the file. Open in your web browser. Verify that when you enter 45 in the Temp in box and press Tab a value of 113 appears in the Temp in Verify that when you enter 59 in the Temp in box and press Tab a value of 15 appears in the Temp in box.
Need help with this. I attached the image how it should look . Create a function named FahrenheitToCelsius() containing a single parameter named degree. Insert a statement that returns the value of degree minus 32 and then divided by 1.8. Create a function named CelsiusToFahrenheit() containing a single parameter named degree. Insert a statement that returns the value of degree multiplied by 1.8 plus 32. Add an onchange event handler to the element with the id “cValue”. Attach an anonymous function to the event handler and within the anonymous function do the following: Declare a variable named cDegree equal to the value of the element with the id “cValue”. Set the value of the element with the id “fValue” to the value returned by the CelsiusToFarenheit() function using cDegree as the parameter value. Add an onchange event handler to the element with the id “fValue”. Attach an anonymous function to the event handler and within the anonymous function do the following: Declare a variable named fDegree equal to the value of the element with the id “fValue”. Set the value of the element with the id “cValue” to the value returned by the FarenheitToCelsius() function using fDegree as the parameter value. Save your changes to the file. Open in your web browser. Verify that when you enter 45 in the Temp in box and press Tab a value of 113 appears in the Temp in Verify that when you enter 59 in the Temp in box and press Tab a value of 15 appears in the Temp in box.
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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Need help with this. I attached the image how it should look
- . Create a function named FahrenheitToCelsius() containing a single parameter named degree. Insert a statement that returns the value of degree minus 32 and then divided by 1.8.
- Create a function named CelsiusToFahrenheit() containing a single parameter named degree. Insert a statement that returns the value of degree multiplied by 1.8 plus 32.
- Add an onchange event handler to the element with the id “cValue”. Attach an anonymous function to the event handler and within the anonymous function do the following:
- Declare a variable named cDegree equal to the value of the element with the id “cValue”.
- Set the value of the element with the id “fValue” to the value returned by the CelsiusToFarenheit() function using cDegree as the parameter value.
- Add an onchange event handler to the element with the id “fValue”. Attach an anonymous function to the event handler and within the anonymous function do the following:
- Declare a variable named fDegree equal to the value of the element with the id “fValue”.
- Set the value of the element with the id “cValue” to the value returned by the FarenheitToCelsius() function using fDegree as the parameter value.
- Save your changes to the file.
- Open in your web browser. Verify that when you enter 45 in the Temp in box and press Tab a value of 113 appears in the Temp in Verify that when you enter 59 in the Temp in box and press Tab a value of 15 appears in the Temp in box.
![**Figure 2-30: Completed Project 2-1**
### Hands-on Project 2-1
#### Fahrenheit (°F) to Celsius (°C) Converter
**Temp in °F:**
![Input box with the value 113]
⇄
**Temp in °C:**
![Input box with the value 45]
**Instructions:**
Enter a Fahrenheit or Celsius temperature in either input box and press **Tab** to convert.
---
Explanation:
This figure shows a completed hands-on project for converting temperatures between Fahrenheit (°F) and Celsius (°C). The interface contains two input boxes where users can enter a temperature value in Fahrenheit (left box) or Celsius (right box). Once a value is entered, pressing the **Tab** key will automatically convert the entered temperature to the corresponding value in the other unit and display it in the opposite input box. The conversion formula is implemented so that the process is user-friendly and instantaneous.
The visual representation includes arrows indicating the bidirectional nature of the conversion, highlighting that input can be placed in either field to obtain the corresponding converted temperature in the other field.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb754ef4b-3260-4a19-818e-008ba8e3a83c%2F7672c5d5-e5fc-4808-87bd-873b2d6634e2%2Fo85a8tk_processed.png&w=3840&q=75)
Transcribed Image Text:**Figure 2-30: Completed Project 2-1**
### Hands-on Project 2-1
#### Fahrenheit (°F) to Celsius (°C) Converter
**Temp in °F:**
![Input box with the value 113]
⇄
**Temp in °C:**
![Input box with the value 45]
**Instructions:**
Enter a Fahrenheit or Celsius temperature in either input box and press **Tab** to convert.
---
Explanation:
This figure shows a completed hands-on project for converting temperatures between Fahrenheit (°F) and Celsius (°C). The interface contains two input boxes where users can enter a temperature value in Fahrenheit (left box) or Celsius (right box). Once a value is entered, pressing the **Tab** key will automatically convert the entered temperature to the corresponding value in the other unit and display it in the opposite input box. The conversion formula is implemented so that the process is user-friendly and instantaneous.
The visual representation includes arrows indicating the bidirectional nature of the conversion, highlighting that input can be placed in either field to obtain the corresponding converted temperature in the other field.
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