Consider the following linear program, which maximizes profit for two products: regular (R) and super (S): MAX5R+75S s.t. 1.2R+1.6S600 assembly (hours) 0.8R+0.5ss300 paint (hours) 0.16R+0.4S100 inspection (hours) R,S>=0 See the sensitivity report provided below: Variakle celle The lower limit of the super product (S) objective function coefficient (profit of S) is Please choose the option that best fit the empty space above. 10.8 120 12.5 It is "infinity", so there is no lower limit. None of the above Consider the following linear program, which maximizes profit for two products: regular (R) and super (S): MAX5R+75S s.t. 1.2R+1.6S600 assembly (hours) 0.8R+0.5ss300 paint (hours) 0.16R+0.4S100 inspection (hours) R,S>=0 See the sensitivity report provided below: Variakle celle The lower limit of the super product (S) objective function coefficient (profit of S) is Please choose the option that best fit the empty space above. 10.8 120 12.5 It is "infinity", so there is no lower limit. None of the above