Read the Data table Requirement 1. What is the constraint? Life Master's constraint is Requirement 2. Which model should Life Master produce? (Hint: Use the allocation of fixed manufacturing overhead to o Life Mester should produce the product with the highest contribution margin per unit of the constraint . Now prepare the product mix analysis by starting with the contribution margin per unit. Requirements 1. What is the constraint? 2. Which model should Life Master produce? (Hint: Use the allocation of fixed manufacturing overhead to determine the proportion of machine hours used by each product.) 3. If Life Master should produce both models, compute the mix that will maximize operating inoome. Read the Data table Requirement 1. What is the constraint? Life Master's constraint is Requirement 2. Which model should Life Master produce? (Hint: Use the allocation of fixed manufacturing overhead to o Life Mester should produce the product with the highest contribution margin per unit of the constraint . Now prepare the product mix analysis by starting with the contribution margin per unit. Requirements 1. What is the constraint? 2. Which model should Life Master produce? (Hint: Use the allocation of fixed manufacturing overhead to determine the proportion of machine hours used by each product.) 3. If Life Master should produce both models, compute the mix that will maximize operating inoome