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Lära Challenge: Utility Class for Temperature Conversion | Static Classes and Members
C# OOP Class Construction Drills

bookChallenge: Utility Class for Temperature Conversion

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Create a static utility class named TemperatureConverter for temperature conversion. You must implement two static methods with the exact names:

  • CelsiusToFahrenheit: takes a Celsius temperature (double) and returns the corresponding Fahrenheit value (double). Use the formula: (celsius * 9 / 5) + 32.

  • FahrenheitToCelsius: takes a Fahrenheit temperature (double) and returns the corresponding Celsius value (double). Use the formula: (fahrenheit - 32) * 5 / 9.

  • The class must be declared as static.

  • Both methods must be declared as static and use the exact method names provided.

  • Both methods must be accessible directly from the class without creating an instance.

  • Ensure you use the provided formulas for each conversion.

  • Do not change the method names or class name.

Lösning

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Avsnitt 3. Kapitel 2
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bookChallenge: Utility Class for Temperature Conversion

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Uppgift

Swipe to start coding

Create a static utility class named TemperatureConverter for temperature conversion. You must implement two static methods with the exact names:

  • CelsiusToFahrenheit: takes a Celsius temperature (double) and returns the corresponding Fahrenheit value (double). Use the formula: (celsius * 9 / 5) + 32.

  • FahrenheitToCelsius: takes a Fahrenheit temperature (double) and returns the corresponding Celsius value (double). Use the formula: (fahrenheit - 32) * 5 / 9.

  • The class must be declared as static.

  • Both methods must be declared as static and use the exact method names provided.

  • Both methods must be accessible directly from the class without creating an instance.

  • Ensure you use the provided formulas for each conversion.

  • Do not change the method names or class name.

Lösning

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Var allt tydligt?

Hur kan vi förbättra det?

Tack för dina kommentarer!

Avsnitt 3. Kapitel 2
single

single

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