2lp_main()
{
double infd,lq; 
double ret3,ret6,ret12,annual_ret;

continuous Three[4],Six[3],Twelve[1];
continuous FundValue;

	infd = 100000;
	ret3 = 1.02;
	ret6 = 1.0425;
	ret12 = 1.0875;
	lq = 75000;
	annual_ret = .0825;

	FundValue >= (1 + annual_ret)*infd;

	FundValue == 
		ret3*Three[3] + ret6*Six[2] + ret12*Twelve[0];
	ret3*Three[2] + ret6*Six[1] >= lq;
	ret3*Three[2] + ret6*Six[1] == Three[3];
	ret3*Three[1] + ret6*Six[0] >= lq;
	ret3*Three[1] + ret6*Six[0] == Three[2] + Six[2];
	ret3*Three[0] >= lq;
	ret3*Three[0] == Three[1] + Six[1];
	Three[0] + Six[0] + Twelve[0] == infd;
	max: FundValue;

	printf("A feasible plan is:\n\n");
	printf("Invest %.2f in a 3 month CD now\n",Three[0]);
	printf("Invest %.2f in a 6 month CD now\n",Six[0]);
	printf("Invest %.2f in a 12 month CD now\n",
							Twelve[0]);
	printf("Invest %.2f in a 3 month CD in 3 months\n",
							Three[1]);
	printf("Invest %.2f in a 6 month CD in 3 months\n",
							Six[1]);
	printf("Invest %.2f in a 3 month CD in 6 months\n",
							Three[2]);
	printf("Invest %.2f in a 6 month CD in 6 months\n",
							Six[2]);
	printf("Invest %.2f in a 3 month CD in 9 months\n",
							Three[3]);
	printf("The fund will be worth %.2f\n",FundValue);
}
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