QUESTION IMAGE
Question
which of the number figures are translations of the shaded figure?
Step1: Recall translation definition
A translation is a rigid transformation that slides a figure without rotating or reflecting it, so the shape, size, and orientation remain the same.
Step2: Analyze each figure
- Figure 5: Compare with shaded figure. Check shape, orientation. The shaded figure has a specific L - shape with a "notch" on the top - right. Figure 5 has the same shape and orientation, just moved.
- Figure 6: Check orientation. The shaded figure's "notch" is on the top - right, Figure 6's "notch" is on the top - left (reflected or rotated? No, wait, actually, when we look at the grid, Figure 6: Let's check the relative positions of the squares. The shaded figure has a horizontal part and a vertical part. Figure 6: The horizontal part and vertical part are in the same relative proportion and orientation as the shaded figure? Wait, no, maybe I made a mistake. Wait, let's re - examine.
Wait, the shaded figure: Let's count the number of squares and their arrangement. The shaded figure has a base of 3 squares (horizontal) and a vertical part of 2 squares with a notch of 1 square missing on the top - right. Now, Figure 5: Let's see, it has the same arrangement. Figure 8: Wait, the arrow on Figure 8 is a translation? Wait, no, the question is which number figures are translations of the shaded figure.
Wait, let's list the figures:
- Shaded figure: Let's define its shape. It's an L - shape with a "cut" on the top - right. So the figure has a horizontal segment (length 3) and a vertical segment (length 2) with a 1 - square indentation on the top - right of the vertical segment.
- Figure 5: Same shape, same orientation, just moved. So it's a translation.
- Figure 8: Wait, the arrow on Figure 8 is a translation? Wait, Figure 8's shape: Let's check. The horizontal part and vertical part. Wait, maybe I misidentified. Wait, let's check each figure:
- Figure 1: Orientation is different (rotated? Maybe 90 degrees? So not a translation).
- Figure 2: Orientation is different (maybe rotated 180? No, translation preserves orientation).
- Figure 3: Orientation is different.
- Figure 4: Orientation is different.
- Figure 5: Same shape, same orientation, so translation.
- Figure 6: Wait, Figure 6: Let's see, the indentation is on the top - left? No, maybe it's a reflection? No, translation doesn't reflect. Wait, maybe Figure 5, Figure 8? Wait, no, the arrow on Figure 8 is a translation direction? Wait, the original shaded figure: Let's count the grid positions. The shaded figure is at some position. Figure 5: If we move the shaded figure left and down (or some translation vector), it matches Figure 5. Figure 8: Wait, Figure 8's shape: Let's check the number of squares. The shaded figure has, let's count: horizontal part: 3 squares, vertical part: 2 squares, with a 1 - square indentation. So total squares: 3 + 2 - 1=4? Wait, no, let's count the shaded figure: The shaded figure has a horizontal rectangle of 3 squares (width 3, height 1) and a vertical rectangle of 2 squares (width 1, height 2) attached to the right - hand side of the horizontal rectangle, but with the top - most square of the vertical rectangle missing. So total squares: 3 (horizontal) + 1 (vertical, bottom) = 4? Wait, no, looking at the grid, the shaded figure: Let's see the cells. The shaded figure covers: Let's say the bottom - left cell of the shaded figure is at (x,y), then it has cells (x,y), (x + 1,y), (x + 2,y), (x + 2,y + 1). So that's 4 cells. Now Figure 5: Let's check its cells. It has cells that form the same shape: horizontal 3, vertical 1 (with…
Snap & solve any problem in the app
Get step-by-step solutions on Sovi AI
Photo-based solutions with guided steps
Explore more problems and detailed explanations
5, 8 (assuming these are the figures with the same shape, size, and orientation as the shaded figure after translation)