As a computer programmer, you have to define the movements of a battleship across a virtual grid. Will you program the transformation from the original position (Figure I) to the final position (Figure II) as a translation, reflection, or rotation?
1. B
2. B
3. B
4. A
5. C
6. C
7. C
8. B
9. A
10. B
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1. B
2.C
3.B
4.A
5.B
6.B
7.C
8.A
9.A
10.A
THESE ANSWERS ARE 100% CORRECT!
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No figures. You cannot copy and paste here.
surely if you are just moving a ship across a grid, it is all just translations.
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To determine the transformation from the original position (Figure I) to the final position (Figure II) of the battleship, you can analyze the differences in the respective positions.
Translation: A translation occurs when an object moves without rotation or reflection, only changing its position in space. If the battleship's position has simply shifted horizontally or vertically, it would be a translation.
Reflection: A reflection is a transformation that flips an object across a line, creating a mirror image. If the battleship has moved in a way that it appears reflected across an axis or line, it would be a reflection.
Rotation: Rotation occurs when an object pivots or turns around a fixed point. If the battleship has moved in a way that it appears rotated with respect to the original position, it would be a rotation.
To determine which transformation is applicable, you need to compare the original and final positions of the battleship. Identify any changes in its position, orientation, or reflection, and rule out any transformations that are not observed.
Note: Without further specific details or context about the original and final positions of the battleship, it is not possible to definitively determine the transformation.