// Program from Etter, pg 99.

// Timber regrowth.  A problem in timber management is to determine
// how much of an area to leave uncut so that the harvested portion is
// reforested withing a certain period.  It is assumed that reforestation
// takes place at a known rate per year depending on climate and soil
// conditions.  A reforstation equation expresses the growth as a function
// of the amount of timber standing after harvesting and the reforestation
// rate.

// For example, if 100 acres are left standing after harvesting, and
// the reforestation rate is 0.05, then 100 + 0.05 x 100 acres are
// forested at the end of the first eyar.  At the end of the second year,
// the number of acres forested is 105 + 0.05 x 105, or 110.25 acres.

// 9.  Assume that there are 14,000 acres with 2,500 acres uncut and
//     that the reforestation rate is 0.02.  Print a table showing the
//     number of acres reforested at the end of each year, for a total
//     of 20 years.

#include <iostream.h>
#include <iomanip.h>

int main ()

{
	double Acres;

	Acres = 2500;
	cout << "Year  Acres" << endl;
	for ( int i=1; i<=20; i++)
	{
		Acres = Acres + 0.02 * Acres;
		cout << setw( 3 ) << i << "   " << setprecision( 6 ) << Acres << endl;
	}

	return 0;
}