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Sagot :
Sure, let's examine the properties that must be true for each type of quadrilateral listed.
### (a) Trapezoid
1. Four right angles: No, a trapezoid does not necessarily have four right angles.
2. Only one pair of parallel sides: Yes, by definition, a trapezoid has exactly one pair of parallel sides.
3. Two pairs of parallel sides: No, a trapezoid does not have two pairs of parallel sides.
4. All sides congruent: No, a trapezoid does not necessarily have all sides congruent.
So, the selection for a trapezoid is:
- Four right angles: ☐
- Only one pair of parallel sides: ☑
- Two pairs of parallel sides: ☐
- All sides congruent: ☐
### (b) Square
1. Four right angles: Yes, a square has four right angles.
2. Only one pair of parallel sides: No, a square has two pairs of parallel sides.
3. Two pairs of parallel sides: Yes, a square has two pairs of parallel sides.
4. All sides congruent: Yes, all sides of a square are congruent.
So, the selection for a square is:
- Four right angles: ☑
- Only one pair of parallel sides: ☐
- Two pairs of parallel sides: ☑
- All sides congruent: ☑
### (c) Parallelogram
1. Four right angles: No, a parallelogram does not necessarily have four right angles.
2. Only one pair of parallel sides: No, a parallelogram has two pairs of parallel sides.
3. Two pairs of parallel sides: Yes, a parallelogram has two pairs of parallel sides.
4. All sides congruent: No, a parallelogram does not necessarily have all sides congruent.
So, the selection for a parallelogram is:
- Four right angles: ☐
- Only one pair of parallel sides: ☐
- Two pairs of parallel sides: ☑
- All sides congruent: ☐
Here is the completed table based on the analysis:
[tex]\[ \begin{tabular}{|l|c|c|c|c|} \hline & Four right angles & Only one pair of parallel sides & Two pairs of parallel sides & All sides congruent \\ \hline (a) Trapezoid & ☐ & ☑ & ☐ & ☐ \\ \hline (b) Square & ☑ & ☐ & ☑ & ☑ \\ \hline (c) Parallelogram & ☐ & ☐ & ☑ & ☐ \\ \hline \end{tabular} \][/tex]
This table correctly reflects the properties that must be true for each type of quadrilateral.
### (a) Trapezoid
1. Four right angles: No, a trapezoid does not necessarily have four right angles.
2. Only one pair of parallel sides: Yes, by definition, a trapezoid has exactly one pair of parallel sides.
3. Two pairs of parallel sides: No, a trapezoid does not have two pairs of parallel sides.
4. All sides congruent: No, a trapezoid does not necessarily have all sides congruent.
So, the selection for a trapezoid is:
- Four right angles: ☐
- Only one pair of parallel sides: ☑
- Two pairs of parallel sides: ☐
- All sides congruent: ☐
### (b) Square
1. Four right angles: Yes, a square has four right angles.
2. Only one pair of parallel sides: No, a square has two pairs of parallel sides.
3. Two pairs of parallel sides: Yes, a square has two pairs of parallel sides.
4. All sides congruent: Yes, all sides of a square are congruent.
So, the selection for a square is:
- Four right angles: ☑
- Only one pair of parallel sides: ☐
- Two pairs of parallel sides: ☑
- All sides congruent: ☑
### (c) Parallelogram
1. Four right angles: No, a parallelogram does not necessarily have four right angles.
2. Only one pair of parallel sides: No, a parallelogram has two pairs of parallel sides.
3. Two pairs of parallel sides: Yes, a parallelogram has two pairs of parallel sides.
4. All sides congruent: No, a parallelogram does not necessarily have all sides congruent.
So, the selection for a parallelogram is:
- Four right angles: ☐
- Only one pair of parallel sides: ☐
- Two pairs of parallel sides: ☑
- All sides congruent: ☐
Here is the completed table based on the analysis:
[tex]\[ \begin{tabular}{|l|c|c|c|c|} \hline & Four right angles & Only one pair of parallel sides & Two pairs of parallel sides & All sides congruent \\ \hline (a) Trapezoid & ☐ & ☑ & ☐ & ☐ \\ \hline (b) Square & ☑ & ☐ & ☑ & ☑ \\ \hline (c) Parallelogram & ☐ & ☐ & ☑ & ☐ \\ \hline \end{tabular} \][/tex]
This table correctly reflects the properties that must be true for each type of quadrilateral.
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