While the Farmhand itself may be in workable condition for up to five years, assume that the farm would view its implementation as a one-year experiment. Faced with rising pressure for a $17 per hour minimum wage rate, the farming industry is currently exploring the possible use of robotics to replace some farm workers. The Farmhand is one such robot; its job is to thin out a field of lettuce, removing the least promising buds of lettuce. By removing these weaker plants, the stronger lettuce plants have more room to grow. Assume the following facts: i (Click the icon to view the information.) Requirement Perform a cost-benefit analysis for the first year of implementation to determine whether the Farmhand would be a financially viable investment if the minimum wage is raised to $17 per hour. (Round your answers to the nearest whole dollar.) Cost-Benefit Analysis Expected Benefits (Cost Savings): A Cost and Benefit Information Total expected benefits Expected Costs: 1. One Farmhand would do the work of 20 farm workers. 2. Each farm worker typically works 50 hours on the lettuce thinning process each year. Total expected costs 3. Each farm worker would earn $17 per hour plus 7.65% payroll tax. 4. The Farmhand is estimated to cost $6,500 plus $750 for delivery. 5. Annual costs of operating the Farmhand are expected to be $1,600. Net expected benefit (cost) Print Done