2. A nuclear warhead requires (among other things) a mix of deuterium and tritium. You have n containers with deuterium-tritium mixtures in different proportions. Container i has v; units of mixture with r; proportion of deuterium (for example, r = 0.3 means that this mixture is made up of 30% deuterium and 70% tritium). You also have access to pure deuterium and pure tritium at cost cp and cr per unit of volume. You need to produce V units of mixture with deuterium-tritium ratio R. Formulate an LP to determine least costly way to do that. that they 2. A nuclear warhead requires (among other things) a mix of deuterium and tritium. You have n containers with deuterium-tritium mixtures in different proportions. Container i has v; units of mixture with r; proportion of deuterium (for example, r = 0.3 means that this mixture is made up of 30% deuterium and 70% tritium). You also have access to pure deuterium and pure tritium at cost cp and cr per unit of volume. You need to produce V units of mixture with deuterium-tritium ratio R. Formulate an LP to determine least costly way to do that. that they