How do you calculate RB when given HD and BTS, where HD equals 100 and BTS equals 200?

To determine the value of RB using the given values of HD and BTS, you need to apply the relationship between these variables effectively. In the context of your question, you have HD, which equals 100, and BTS, which equals 200.

Using the formula selected as correct, RB = BTS - HD, you can substitute the given values into the equation:

1. Start with the formula: RB = BTS - HD
2. Substitute the given values: RB = 200 - 100
3. Perform the calculation: RB = 100

This demonstrates how the difference between BTS and HD yields the value for RB. The concept might stem from understanding how each of these variables interacts, where BTS represents a certain total or maximum and HD is subtracted to find a resultant value (RB) that reflects another aspect of the scenario you are analyzing.

In general, the significance of this calculation lies in deriving a new value based on a known maximum and an established measurement, which can be common in computations related to performance calculations or operational limits in aviation contexts.