Code

Float Types Example
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public class FloatTypes {
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    public static void main(String[] args) {
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        float piValue = 3.14159f;
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        float averageBodyTemperature = 36.6f;
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        float gravitationalAcceleration = 9.81f;
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        System.out.println('Value of Pi: ' + piValue);
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        System.out.println('Average human body temperature in Celsius: ' + averageBodyTemperature);
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        System.out.println('Gravitational acceleration in m/s²: ' + gravitationalAcceleration);
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    }
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}

Canvas

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Algorithm Description

Demonstrates the use of the float data type to represent and display fractional numbers. It declares variables for Pi, average human body temperature, and gravitational acceleration, then prints their values to illustrate real-world usage of floating-point numbers.

Real-Life Use Cases

  • Scientific Computations: Represent physical constants and scientific measurements.
  • Educational Tools: Teach floating-point data types and their precision limitations.
  • Simulations: Model real-world systems like physics simulations or engineering calculations.
  • User Interfaces: Display numeric values with real-world relevance in applications.