Create an algorithm for a program that determines the state (solid, liquid, gas) of a sample of water. The program should read in a temperature value (integer) of the sample in Kelvin degrees and provide the user the choice to convert the value into ˚C (Celsius) or ˚F (Fahrenheit). The program should then display the input Kelvin temperature, the state of the water sample (gas, liquid, solid), and the converted temperature. The program should read in values continuously until the user wants to quit. Your algorithm should take a top down approach whereby you formulate a high-level algorithm, and then take each step in the high-level algorithm and break it down into a low-level algorithm (where the necessary sub-step is formulated). Code reuse Welcome to the temperature conversion program. Please enter a the sample temperature in Degrees Kelvin:> 345 Do you wish to convert the temperature to (c) for Celsius, or (f) for Fahrenheit :>c The water is in a liquid state at 72.0 degrees celsius. Do you wish to enter another temperature? (Y for yes, N for no):> y Please enter a the sample temperature in Degrees Kelvin:> 234 Do you wish to convert the temperature to (c) for Celsius, or (f) for Fahrenheit :>F The water is in a solid state at -38.2 degrees fahrenheit. Do you wish to enter another temperature? (Y for yes, N for no):> N

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter6: Arrays

Section: Chapter Questions

Problem 9PE

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Create an algorithm for a program that determines the state (solid, liquid, gas) of a sample of water. The program should read in a temperature value (integer) of the sample in Kelvin degrees and provide the user the choice to convert the value into ˚C (Celsius) or ˚F (Fahrenheit). The program should then display the input Kelvin temperature, the state of the water sample (gas, liquid, solid), and the converted temperature. The program should read in values continuously until the user wants to quit. Your algorithm should take a top down approach whereby you formulate a high-level algorithm, and then take each step in the high-level algorithm and break it down into a low-level algorithm (where the necessary sub-step is formulated).

Code reuse

Welcome to the temperature conversion program.

Please enter a the sample temperature in Degrees Kelvin:> 345
Do you wish to convert the temperature to (c) for Celsius, or (f) for Fahrenheit
:>c
The water is in a liquid state at 72.0 degrees celsius.

Do you wish to enter another temperature? (Y for yes, N for no):> y

Please enter a the sample temperature in Degrees Kelvin:> 234
Do you wish to convert the temperature to (c) for Celsius, or (f) for Fahrenheit
:>F
The water is in a solid state at -38.2 degrees fahrenheit.

Do you wish to enter another temperature? (Y for yes, N for no):> N

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