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The table shows three columns. The first column shows the diagrams for various types of loads, while second column shows the reflection coefficient, and third column shows theta sub r values. The data shown are as follows:

- Load, Z sub L equals (r plus j x) Z sub 0: Reflection coefficient, gamma equals Start fraction [[(r minus 1) squared plus x squared] over [(r plus 1) squared plus x squared]] end fraction raised to the power of one half; Theta sub r equals inverse tangent of start fraction x over r minus 1 end fraction minus inverse tangent of start fraction x over r plus 1 end fraction

- Load, Z sub 0 equals Z sub 0: Reflection coefficient, no reflection; Theta sub r, irrelevant

- Load, short: Reflection coefficient, 1; Theta sub r, plus or minus 180 degrees (phase opposition)

- Load, open: Reflection coefficient, 1; Theta sub r, 0 (in-phase)

- Load, an inductor with j X equals j omega L: Reflection coefficient, 1; Theta sub r, plus or minus 180 degrees minus 2 inverse tangent of x.

- Load, a capacitor with j X equals negative j over omega C: Reflection coefficient, 1; Theta sub r, plus or minus 180 degrees minus 2 inverse tangent of x.