Prove that $ \overrightarrow{R S} $ and $ \overrightarrow{O P} $ are equivalent by showing that they represent the same vector.
-R = (6, 3), S = (7, 5), O = (9, 8), and P = (11, 10)

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The Answer of Prove that $ \overrightarrow{R S} $ and $ \overrightarrow{O P} $ are equivalent by showing that they represent the same vector.
-R = (6, 3), S = (7, 5), O = (9, 8), and P = (11, 10)

Prove That RS→ \overrightarrow{R S} RS And OP→ \overrightarrow{O P} OP Are Equivalent by Showing That They Represent the Same Vector

Prove That $\overrightarrow{R S}$ And $\overrightarrow{O P}$ Are Equivalent by Showing That They Represent the Same Vector