To determine the image of point \(P\) after a \(90^\circ\) clockwise rotation about the center, we first need to establish the relative positions of the points:
- Let the center be at the origin \((0,0)\).
- The points' coordinates might be loosely represented as follows, assuming the following arrangement:
- Point \(A\): (1, -1)
- Point \(B\): (1, 0)
- Point \(P\): (0, 1)
- Point \(D\): (-1, -1)
- Point \(C\): (-1, 0)
When \(P(0, 1)\) undergoes a \(90^\circ\) clockwise rotation, we use the transformation rule: \[ (x,y) \to (y,-x) \] Applying this to point \(P(0, 1)\): \[ P(0, 1) \to (1, 0) \]
Now we identify the coordinates:
- Point \(B\) is at (1, 0), which matches the image of \(P\).
Thus, the image of point \(P\) after a \(90^\circ\) clockwise rotation about the center is point \(B\).
The correct answer is: (Choice B) \(B\)