Over the past five years, the adoption of specialized workflow software among employees at mid-sized technology firms has increased by over 400 percent. This software is explicitly designed to eliminate administrative redundancies and streamline daily operations. However, during this exact same time period, the average number of hours these employees spend working each week to complete their standard assigned duties has increased by 20 percent, even though the overall volume and difficulty of these duties have remained entirely unchanged.
Which of the following best describes the apparent discrepancy presented in the scenario above?
- Employees are requiring more time to finish an unchanged amount of work, despite a massive increase in their use of software intended to make them more efficient.Answer
- BThe implementation of the specialized workflow software has directly caused the employees to work more slowly and become less efficient.
- CThe adoption of workflow software increased significantly, yet the volume and difficulty of the employees' standard assigned duties have remained unchanged.
- DThe specialized workflow software has successfully eliminated administrative redundancies but completely failed to streamline the daily operations of the employees.
- EEvery employee who adopted the new workflow software experienced a 20 percent increase in the weekly hours required to complete their standard duties.
Answer
The apparent discrepancy is that employees are taking more time to complete the same amount of work, even though they have widely adopted software designed to increase their efficiency.
The correct answer accurately synthesizes the core tension in the stimulus: the widespread adoption of tools designed to save time is directly contrasted with an actual increase in the time taken to complete an unchanged workload. It strictly identifies the conflict without introducing outside information or attempting to explain the cause.
Step-by-Step Solution
Key Concept
Identifying the Apparent Discrepancy
Estimated Time:1m 15s