Enter the objective after activity and the objective before activity into the Return on Objective Calculator. The calculator will evaluate and display the Return on Objective.
- Return on “X” Calculators
- Return on Social Security Calculator
- Return on Experience Calculator
- Return on Value Calculator
Return on Objective Formula
The following formula is used to calculate the Return on Objective.
ROO = (OA - OB) / OB * 100
- Where ROO is the Return on Objective (%)
- OA is the objective after activity
- OB is the objective before activity
How to Calculate Return on Objective?
The following example problems outline how to calculate Return on Objective.
Example Problem #1:
- First, determine the objective after activity.
- The objective after activity is given as: 40.
- Next, determine the objective before activity.
- The objective before activity is provided as: 20.
- Finally, calculate the Return on Objective using the equation above:
ROO = (OA – OB) / OB * 100
The values given above are inserted into the equation below and the solution is calculated:
ROO = (40 – 20) / 20 * 100 = 100.00 (%)
FAQ
What is Return on Objective (ROO) and why is it important?
ROO measures the percentage increase or decrease in an objective following a specific activity or set of activities. It’s important because it helps organizations quantify the effectiveness of their actions in achieving their goals, allowing for more informed decision-making and strategy adjustments.
Can Return on Objective be applied to any type of goal or activity?
Yes, ROO can be applied to a wide range of goals and activities, whether they are financial, educational, operational, or related to personal development. The key is to have clear, measurable objectives before and after the activity to calculate the return accurately.
How can one improve their Return on Objective?
Improving ROO involves either increasing the objective value after the activity or reducing the initial objective value before the activity, or both. This can be achieved through more effective planning, execution, and optimization of resources. Regularly reviewing and adjusting strategies based on ROO calculations can also lead to continuous improvement.
