Does this equation define a linear transformation from R3 to R2?

A consumer electronics company makes two different types of smart phones, the ją and the j+. Suppose that j, corresponds to a new smart phone produced by the company. The manufacturing cost includes labor, materials, and overhead (facilities, etc.). The company's costs (in dollars) per unit for each type are summarized in the following table. ja j8+ Labor 57 73 81 Materials 93 101 113 Overhead 29 34 38 Suppose T is the linear transformation that takes as input a vector of unit counts for jg's, jg+'s, and jo's respectively, and produces for output a vector of total labor, material, and overhead, respectively. Find a formula for T. (A graphing calculator is recommended.) T(x) = وز (jg j8+ jg) = | X Determine 7-1, and use it to find the production level for each type of phone that will result in the given costs. Labor = $1768, Materials = $2528, Overhead = $839

A consumer electronics company makes two different types of smart phones, the ja and the j8+ Suppose that j, corresponds to a new smart phone produced by the company. The manufacturing cost includes labor, materials, and overhead (facilities, etc.). The company's costs (in dollars) per unit for each type are summarized in the following table. js J8+ 57 73 81 Labor Materials 93 101 113 Overhead 29 34 38 Suppose T is the linear transformation that takes as input a vector of unit counts for jg's, jg+'s, and jo's respectively, and produces for output a vector of total labor, material, and overhead, respectively. Find a formula for T. (A graphing calculator is recommended.) T(x) = ول Determine 7-1, and use it to find the production level for each type of phone that will result in the given costs. Labor = $5094, Materials = $7334, Overhead = $2426 (jg j8+ jg) = |

Name the type of transformation