Write a program that prints a custom conversion table from Celsius temperatures to Fahrenheit and Newton (Links to an external site.) temperatures. The formula for the conversion from Celsius to Fahrenheit is :F=9/5*C+32F is the Fahrenheit temperature, and C is the Celsius temperature.The formula for the conversion from Celsius to Newton is C = 100/33*NN is the Newton Temperature and C is the Celsius temperatureYour program should prompt the user for a lower value and upper value for a range of temperatures in Celsius. It should then prompt the user for the amount they want to increment by. Then use a loop to output to a file named conversion_table.txt a table of the Celsius temperatures and their Fahrenheit and Newton equivalents within the range of values using the increment given by the user. Make sure to format your output to 2 decimal places.INPUT VALIDATION: Ensure the second number is greater than the first number, and make sure the increment is greater than 0. **Sample Output Console**1. **Input Scenario 1:** - *User Actions:* - Enter the lower value for the conversion table: 0 - Enter the upper value for the conversion table: 5 - Enter the increment: 0.25 2. **Input Scenario 2:** - *User Actions:* - Enter the lower value for the conversion table: a - Result: Error message displayed - "You have not entered a number. Try again." - Corrected input: 10 - Enter the upper value for the conversion table: 2 - Result: Error message displayed - "Your upper value is less than your lower value. Try again." - Corrected input: 11 - Enter the increment: 0.13. **Input Scenario 3:** - *User Actions:* - Enter the lower value for the conversion table: 0 - Enter the upper value for the conversion table: 10 - Enter the increment: -5 - Result: Error message displayed - "The increment must be greater than 0." - Corrected input: 1.5**Sample Output File**The table provides conversion data with the following columns:- **C (Celsius):** Values range from 0.00 to 7.50, incremented by 0.25.- **F (Fahrenheit):** Corresponding Fahrenheit values for each Celsius value.- **N (Normalized value):** Normalized values that increment up as Celsius goes up.Here are some sample rows from the table:| C | F | N ||------|------|----|| 0.00 | 32.00| 0.00 || 0.25 | 32.45| 0.08|| 0.50 | 32.90| 0.17|| ... | ... | ... || 7.50 | 45.50| 1.24|This set of data illustrates temperature conversions and normalization for educational purposes. The data is ideal for understanding relationships between Celsius and Fahrenheit temperatures, as well as normalized increments.

Objective: This program converts a range of given temperature in Celcius to Fahrenheit and Newton…

Answered: Write a program that prints a custom…

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

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Write a program that prints a custom conversion table from Celsius temperatures to Fahrenheit and Newton (Links to an external site.) temperatures. The formula for the conversion from Celsius to Fahrenheit is :

F=9/5*C+32

F is the Fahrenheit temperature, and C is the Celsius temperature.

The formula for the conversion from Celsius to Newton is

C = 100/33*N

N is the Newton Temperature and C is the Celsius temperature

Your program should prompt the user for a lower value and upper value for a range of temperatures in Celsius. It should then prompt the user for the amount they want to increment by. Then use a loop to output to a file named conversion_table.txt a table of the Celsius temperatures and their Fahrenheit and Newton equivalents within the range of values using the increment given by the user. Make sure to format your output to 2 decimal places.

INPUT VALIDATION: Ensure the second number is greater than the first number, and make sure the increment is greater than 0.

**Sample Output Console**

1. **Input Scenario 1:**
- *User Actions:*
- Enter the lower value for the conversion table: 0
- Enter the upper value for the conversion table: 5
- Enter the increment: 0.25

2. **Input Scenario 2:**
- *User Actions:*
- Enter the lower value for the conversion table: a
- Result: Error message displayed - "You have not entered a number. Try again."
- Corrected input: 10
- Enter the upper value for the conversion table: 2
- Result: Error message displayed - "Your upper value is less than your lower value. Try again."
- Corrected input: 11
- Enter the increment: 0.1

3. **Input Scenario 3:**
- *User Actions:*
- Enter the lower value for the conversion table: 0
- Enter the upper value for the conversion table: 10
- Enter the increment: -5
- Result: Error message displayed - "The increment must be greater than 0."
- Corrected input: 1.5

**Sample Output File**

The table provides conversion data with the following columns:

- **C (Celsius):** Values range from 0.00 to 7.50, incremented by 0.25.
- **F (Fahrenheit):** Corresponding Fahrenheit values for each Celsius value.
- **N (Normalized value):** Normalized values that increment up as Celsius goes up.

Here are some sample rows from the table:

| C | F | N |
|------|------|----|
| 0.00 | 32.00| 0.00 |
| 0.25 | 32.45| 0.08|
| 0.50 | 32.90| 0.17|
| ... | ... | ... |
| 7.50 | 45.50| 1.24|

This set of data illustrates temperature conversions and normalization for educational purposes. The data is ideal for understanding relationships between Celsius and Fahrenheit temperatures, as well as normalized increments.

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