info@meritcampus.com    +91-85006-22255
...
`

Print min max and average temperatures Using methods
`class PrintMinMaxAndAvgTemperatures{    public static void main(String s[])    {        double min_temp_in_F = 75.86;        double max_temp_in_F = 105.72;            double avg_temp_in_F = ( min_temp_in_F + max_temp_in_F ) / 2.0;            double min_temp_in_C = convertToCelsius( min_temp_in_F );        double max_temp_in_C = convertToCelsius( max_temp_in_F );        double avg_temp_in_C = convertToCelsius( avg_temp_in_F );            System.out.println("Min temp in F = " + min_temp_in_F + ", in C = " + min_temp_in_C);        System.out.println("Max temp in F = " + max_temp_in_F + ", in C = " + max_temp_in_C);        System.out.println("Avg temp in F = " + avg_temp_in_F + ", in C = " + avg_temp_in_C);        }        public static double convertToCelsius( double input )    {        double result = ( input - 32.0 ) * 5.0 / 9.0;        return result;    }}`
OUTPUT

Min temp in F = 75.86, in C = 24.366666666666667
Max temp in F = 105.72, in C = 40.955555555555556
Avg temp in F = 90.78999999999999, in C = 32.661111111111104

DESCRIPTION

Here we have created a method `convertToCelsius` and are passing the temperature to it. The temperature could be `min_temp_in_F` or `max_temp_in_F` or `avg_temp_in_F`. The variable `input` contains the passed temperature in Fahrenheit and it is converted to Celsius and assigned to variable `result`. The variable result is passed back using the `return` keyword.

THINGS TO TRY
• Add one more input variable `human_body_temp_in_F` and assign it to `98.4`. Convert this into Celsius using the `convertToCelsius`method and print the converted temperature.
• Create a new method `average` which takes `min_temp_in_F`, `max_temp_in_F` and returns the average of those two temperatures.