3) If hot dogs sell for $3 and corn dogs for $2, find the revenue from the sale of hot dogs and corn dogs. 4) If March sales will be up from February by 10%, 15%, and 20% at Place I, Place II, and Pla...3) If hot dogs sell for $3 and corn dogs for $2, find the revenue from the sale of hot dogs and corn dogs. 4) If March sales will be up from February by 10%, 15%, and 20% at Place I, Place II, and Place III, respectively, find the expected number of hot dogs and corn dogs to be sold Using matrix M that predicts the number of hot dogs and corn dogs expected to be sold in March from problem (4), find the \(1 \times 1\) matrix that predicts total revenue in March.
3) If hot dogs sell for $3 and corn dogs for $2, find the revenue from the sale of hot dogs and corn dogs. 4) If March sales will be up from February by 10%, 15%, and 20% at Place I, Place II, and Pla...3) If hot dogs sell for $3 and corn dogs for $2, find the revenue from the sale of hot dogs and corn dogs. 4) If March sales will be up from February by 10%, 15%, and 20% at Place I, Place II, and Place III, respectively, find the expected number of hot dogs and corn dogs to be sold Using matrix M that predicts the number of hot dogs and corn dogs expected to be sold in March from problem (4), find the \(1 \times 1\) matrix that predicts total revenue in March.