Write a public static method named MetersToFeetAnd Inches that will take a single argument of type double and will return a string. When called, and passed a distance value $($in Meters$),$ this method must compute and return a string value with the equivalent distance in Feet and Inches.

Here are some examples showing what the value returned by your MetersToFeetAndInches method should be for different argument values:

MetersToFeetAndInches$(10\mathrm{.}25$f$)$ should return the String value ${33}^{\text{'}}{7\mathrm{.}54}^{\text{'}\text{'}}$

MetersToFeetAndinches $(100)$ should return the string value ${328}^{\text{'}}{1\mathrm{.}00}^{\text{'}\text{'}}$

MetersToFeetAndinches $(0)$ should return the String value $0^{\text{'}}{0\mathrm{.}00}^{\text{'}\text{'}}$

You must also write a small program in the main method that will:

prompt the user to enter a distance in Meters

collect and store the user's input in a double variable

call the MetersToFeetAnd Inches method, passing the user's input as an argument

store the value returned by the Meters ToFeetAndInches method in another String variable

Display the Feet and Inches equivalent value as shown in the Examples below

Example $1$

Enter distance in Meters : $10\mathrm{.}25$

$10\mathrm{.}25$ meters in Feet and Inches is : ${33}^{\text{'}}{7\mathrm{.}54}^{\text{'}\text{'}}$

Example $2$

Enter distance in Meters : $100$

$100\mathrm{.}00$ meters in Feet and Inches is : ${328}^{\text{'}}{1\mathrm{.}00}^{\text{'}\text{'}}$

For the given inputs, make sure that your program output looks exactly like the example above $($including spelling, capitalization, punctuation, spaces, and decimal points$).$