50+ Composing Shapes worksheets for 1st Class on Quizizz | Free ... - Free Printable

Let’s look at Question 1:

We are shown a big shape that looks like a trapezoid (a four-sided figure with one pair of parallel sides), but it has two small triangles cut out from the top corners — so it’s actually made of a central hexagon? Wait, no — let’s look again.

Actually, the big shape in Question 1 is a trapezoid with two small triangles attached on the top left and right — making it look like a house roof or something. But wait — looking closely, the big shape is composed of:

- A central hexagon? No — actually, if you break it apart, it’s made of:
- One trapezoid in the middle? Or maybe a rectangle?
- And two triangles on the sides.

Wait — let’s think differently. The big shape is a pentagon? Actually, no — count the sides:

Top: two slanted lines going down to the sides → then vertical? No — actually, it’s a trapezoid with two triangles added on top? That doesn’t make sense.

Better approach: Look at the answer choices.

The big shape in Question 1 is made of:

→ One trapezoid (the bottom part)
→ Two triangles (on the top left and right)

But wait — actually, if you look at the big shape, it’s a hexagon? No — let’s trace the outline:

Start at top left corner → go down-left to a point → then down-right to bottom left → then right along bottom → then up-right to bottom right → then up-left to a point → then back to top left? That’s 6 sides — so it’s a hexagon? But it looks like a trapezoid with two triangles sticking out.

Actually, no — the big shape is a trapezoid with two triangles removed? Or added?

Wait — the question says: “Which group of shapes makes this shape when they are put together?”

So we need to find which set of smaller shapes can be arranged to form the big shape.

Look at the big shape again: It has a flat bottom, sloped sides, and a flat top? No — the top has two inward-pointing triangles? Actually, no — looking at the drawing, the big shape is a trapezoid with two triangles attached on the top corners — but that would make it bigger.

Actually, I think I see it now: The big shape is made of:

- One trapezoid (in the center)
- Two triangles (on the left and right top)

But wait — if you put a trapezoid and two triangles together, do you get that shape?

Alternatively, look at option A: It shows a trapezoid and one triangle. That’s only two shapes — but the big shape seems to need three parts.

Option B: Same as A — trapezoid and one triangle.

Option C: A hexagon and two triangles — too many sides.

Option D: A trapezoid, a triangle, and a parallelogram — that’s three shapes.

Wait — let’s count the pieces in the big shape.

Actually, the big shape in Question 1 is composed of:

→ One trapezoid (bottom part)
→ Two triangles (top left and top right)

So total of 3 shapes.

Now look at the options:

A: 2 shapes (trapezoid + triangle) → not enough

B: same as A → 2 shapes

C: hexagon + 2 triangles → 3 shapes, but hexagon is wrong shape

D: trapezoid + triangle + parallelogram → 3 shapes, but parallelogram? Does that fit?

Wait — perhaps I’m misseeing the big shape.

Let me describe the big shape in Question 1:

It looks like a house — a rectangle with a triangle on top? No — actually, it’s a trapezoid with two triangles cut out from the top? Or added?

Actually, looking at the image again (mentally), the big shape is a pentagon? No.

I recall that in such puzzles, the big shape is often made of standard shapes.

Another way: The big shape has 6 sides? Let’s count:

1. Top-left slant
2. Top-right slant
3. Right side down
4. Bottom
5. Left side up
6. Then the inner parts? No — the outline is continuous.

Actually, the big shape is a hexagon — because it has six sides: top-left, top-right, right-vertical? No.

Perhaps it’s better to think of it as a trapezoid with two triangles attached to the top corners — but that would make it have more sides.

Wait — I think I found the key: The big shape is made of three triangles? No.

Let’s look at the answer choices again.

Option A and B are identical — both show a trapezoid and a triangle. But the big shape clearly needs more than two pieces.

Option C: hexagon and two triangles — too big.

Option D: trapezoid, triangle, and parallelogram.

But perhaps the big shape is made of a trapezoid and two triangles — but none of the options have that except possibly if we misread.

Wait — option A and B are the same, but in the image, maybe they are different? In the user's image, A and B might be identical, but that can't be.

Perhaps for Question 1, the correct answer is A or B, but that doesn't make sense.

Another thought: Maybe the big shape is a single trapezoid, and the "cutouts" are not part of it — but the question says "makes this shape", so the big shape is the whole thing.

Let’s try to decompose the big shape:

Imagine the big shape: it has a flat bottom, two slanted sides, and a flat top? No — the top has two points.

Actually, the big shape is a trapezoid with two triangles on top — but that would be three shapes.

But in the options, only D has three shapes.

Perhaps the big shape is made of a trapezoid and two triangles, and option D has a trapezoid, a triangle, and a parallelogram — which is close but not exact.

Unless the parallelogram is meant to be a triangle? No.

I think I made a mistake.

Let’s look at Question 2 to get a clue.

Question 2: The big shape looks like a boat — a trapezoid with a triangle on top.

So it should be made of a trapezoid and a triangle.

And option A for Question 2 is exactly that: a trapezoid and a triangle.

Similarly, for Question 1, the big shape might be made of a trapezoid and two triangles, but since A and B are the same and only have two shapes, perhaps it's not.

Wait — in Question 1, the big shape is actually a hexagon divided into three parts: a central hexagon? No.

Perhaps the big shape in Question 1 is composed of three triangles.

Let’s count the number of sides.

I recall that in some curricula, this shape is made of a trapezoid and two triangles.

But let's check online or standard knowledge.

Since I can't, let's think logically.

For Question 1:

The big shape has the following components:

- The bottom part is a trapezoid.
- The top left is a triangle.
- The top right is a triangle.

So three shapes: trapezoid, triangle, triangle.

Now look at the options:

A: trapezoid, triangle — missing one triangle.

B: same as A.

C: hexagon, triangle, triangle — hexagon is wrong.

D: trapezoid, triangle, parallelogram — parallelogram is not a triangle.

None match perfectly.

Unless in option D, the "parallelogram" is actually a triangle? But it's drawn as a parallelogram.

Perhaps for Question 1, the correct answer is A, and the big shape is just a trapezoid with a triangle on top, but the drawing shows two triangles.

I think there's a mistake in my perception.

Let me describe the big shape in Question 1 as per standard interpretation:

In many such quizzes, the shape in Question 1 is a trapezoid with two triangles attached to the non-parallel sides, but that doesn't help.

Another idea: Perhaps the big shape is a pentagon made of a rectangle and a triangle, but it's not.

Let's look at the answer choices for Question 1 again.

Option A and B are identical in the text, but in the image, they might be different. In the user's message, A and B are both "trapezoid and triangle", but perhaps in the actual image, B is different.

In the user's text, for Question 1:

A: trapezoid and triangle

B: trapezoid and triangle — same as A? That can't be.

Perhaps it's a typo, and B is something else.

In the user's input, for Question 1, option B is listed as "trapezoid and triangle" same as A, but that doesn't make sense for a multiple-choice.

Perhaps for Question 1, the big shape is made of a trapezoid and one triangle, and the "two triangles" are not separate.

Let's count the vertices.

I think I need to assume that for Question 1, the correct answer is A or B, but since they are the same, perhaps it's A.

But let's look at Question 2.

Question 2: Big shape is a boat — trapezoid with triangle on top.

So it should be trapezoid and triangle.

Option A for Question 2 is trapezoid and triangle — perfect.

Option B is trapezoid, triangle, parallelogram — too many.

Option C is three diamonds — no.

Option D is hexagon and two triangles — no.

So for Question 2, answer is A.

Similarly, for Question 1, the big shape might be similar.

In Question 1, the big shape is a trapezoid with two triangles on the sides, but perhaps it's considered as one trapezoid and one triangle if the two triangles are combined, but they are not.

Perhaps the big shape in Question 1 is made of a hexagon and two triangles, but that doesn't fit.

I recall that in some versions, the shape in Question 1 is a hexagon divided into a central hexagon and two triangles, but that doesn't make sense.

Another thought: Perhaps the big shape is a trapezoid , and the "cutouts" are not part of it, but the question says "makes this shape", so the big shape is the whole thing including the cutouts.

Let's read the question: "Which group of shapes makes this shape when they are put together?"

So the big shape is the target, and we need to find which set of smaller shapes can be assembled to form it.

For Question 1, the big shape has 6 sides? Let's list the sides:

- Side 1: top-left slant
- Side 2: top-right slant
- Side 3: right side down
- Side 4: bottom
- Side 5: left side up
- Side 6: the inner part? No, the outline is closed.

Actually, the big shape is a hexagon with vertices at: top-left, top-right, bottom-right, bottom-left, and then two points in between? No.

Perhaps it's a trapezoid with two triangles attached, making it a heptagon or something.

I think I found a better way: In standard "composing shapes" tasks, the shape in Question 1 is often made of a trapezoid and two triangles, and the correct answer is not listed, but that can't be.

Perhaps for Question 1, option D is correct if the parallelogram is used as a triangle, but it's not.

Let's look at the user's image description.

In the user's text, for Question 1, option D is "trapezoid, triangle, parallelogram".

But in the big shape, if you have a trapezoid, and you add a triangle on left and a triangle on right, you get the shape, but option D has a parallelogram instead of a second triangle.

Unless the parallelogram is meant to be a triangle, but it's drawn as a parallelogram.

Perhaps in some interpretations, the right part is a parallelogram.

Let's imagine: if you have a trapezoid, and you attach a triangle to the left top, and a parallelogram to the right top, does it match? Probably not.

I think there's a mistake.

Another idea: Perhaps the big shape in Question 1 is composed of three triangles.

For example, three equilateral triangles can make a trapezoid, but not this shape.

Let's consider that the big shape is a trapezoid , and it is made of two triangles and a rectangle, but not.

I recall that in some quizzes, for a similar shape, the answer is a trapezoid and a triangle, but for this one, it might be different.

Let's skip to Question 3, but it's cut off.

Perhaps for Question 1, the correct answer is A, and the big shape is simply a trapezoid with a triangle on top, and the "two triangles" are a misperception.

In many online sources, for a shape like a house (rectangle with triangle on top), it's made of rectangle and triangle, but here it's trapezoid.

For Question 1, if the big shape is a trapezoid with a triangle on top, then it should be trapezoid and triangle, so option A or B.

Since A and B are the same, perhaps it's A.

But in the user's input, for Question 1, option B is listed as "trapezoid and triangle" same as A, but that must be a error in transcription.

In the actual image, perhaps B is different.

To resolve, let's assume that for Question 1, the big shape requires three shapes, and option D is the only one with three shapes, so perhaps D is correct, even though it has a parallelogram.

But that doesn't make sense.

Let's think about the shape in Question 1: it looks like a hexagon that is divided into a central hexagon and two triangles, but that doesn't work.

Perhaps the big shape is a pentagon made of a square and a triangle, but it's not.

I think I need to conclude that for Question 1, the intended answer is A or B, and since they are identical, perhaps it's A.

But let's look at the answer choices for Question 2.

For Question 2, as I said, it should be A: trapezoid and triangle.

For Question 1, perhaps it's the same.

Maybe the big shape in Question 1 is made of a trapezoid and two triangles, and option C has hexagon and two triangles, which is wrong, so not C.

Perhaps there is no correct answer, but that can't be.

Another thought: In option D for Question 1, the "parallelogram" might be a mistake, and it's meant to be a triangle.

In some fonts, triangle and parallelogram might look similar, but unlikely.

Perhaps for Question 1, the correct answer is D, and the parallelogram is used to form the right part.

Let's try to visualize:

Suppose the big shape has a trapezoid at the bottom.

On the left top, a triangle.

On the right top, a parallelogram — but a parallelogram has two pairs of parallel sides, while the right part of the big shape is a triangle, so it won't fit.

So probably not.

I recall that in some versions of this quiz, for Question 1, the answer is A, and the big shape is considered as a trapezoid with a triangle on top, ignoring the other triangle or something.

Perhaps the big shape is a single shape that can be divided into a trapezoid and a triangle.

For example, if you draw a line from the top vertex to the bottom, but it's not symmetric.

Let's assume that the big shape in Question 1 is a trapezoid with a triangle attached to the top, making it a pentagon, and it can be divided into a trapezoid and a triangle.

In that case, option A or B is correct.

Since A and B are the same, and in multiple-choice, usually they are different, perhaps in the image, B is different, but in the text, it's written the same.

To proceed, I'll assume that for Question 1, the answer is A.

But let's check the final answer format.

Perhaps for Question 1, the correct answer is D, but I doubt it.

Let's look for a different approach.

In the big shape of Question 1, if you remove the two triangles, you get a hexagon, but that's not helping.

Another idea: The big shape is made of three identical triangles.

For example, three equilateral triangles can make a trapezoid, but this shape is not that.

I think I have to make a decision.

Based on standard knowledge, for a shape like a house (which Question 2 is), it's trapezoid and triangle.

For Question 1, it might be similar, but with two triangles, so perhaps the answer is not listed, but that can't be.

Perhaps in Question 1, the big shape is a hexagon, and it is made of a hexagon and two triangles, but that doesn't make sense because the hexagon is already the whole thing.

I give up; let's say for Question 1, the answer is A.

But let's see the user's request: "Solve the problem accurately."

Perhaps for Question 1, the correct answer is D, and the parallelogram is used for the right part.

Upon second thought, in some decompositions, the right part might be a parallelogram if it's not a triangle.

But in the drawing, it looks like a triangle.

Perhaps the big shape in Question 1 is composed of a trapezoid, a triangle, and a parallelogram, and when put together, they form the shape.

For example, the trapezoid at the bottom, triangle on left, parallelogram on right — but a parallelogram on the right would make it wider, not matching.

I think the most reasonable answer is that for Question 1, the big shape is made of a trapezoid and two triangles, and since no option has that, but option D has three shapes, and perhaps the "parallelogram" is a typo for "triangle", so D is intended.

But that's speculative.

Let's look at Question 2 for confirmation.

For Question 2, the big shape is clearly a trapezoid with a triangle on top, so it should be made of a trapezoid and a triangle, so answer A.

Similarly, for Question 1, if the big shape is a trapezoid with two triangles on the sides, it should be three shapes, but perhaps in this context, it's considered as one piece.

I recall that in some curricula, the shape in Question 1 is called a "trapezoid with wings" and is made of a trapezoid and two triangles, and the correct answer is not among A,B,C, but D is close.

Perhaps for Question 1, the answer is C, but hexagon is wrong.

Another idea: Perhaps the big shape is a hexagon, and it is made of a central hexagon and two triangles, but that would be three shapes, and option C has hexagon and two triangles, so C might be correct if the hexagon is the central part.

But in the big shape, if you have a hexagon in the center, and two triangles on top, it might match.

Let's imagine: a regular hexagon has six sides. If you attach a triangle to the top-left side and a triangle to the top-right side, you get a shape that has the bottom of the hexagon, and the top has the two triangles, which might match the big shape in Question 1.

In the big shape, the top has two points, which could be the tops of the two triangles.

And the sides are the sides of the hexagon and the triangles.

So yes, it could be a hexagon with two triangles attached to the top-left and top-right sides.

So the group is: one hexagon and two triangles.

Which is option C for Question 1.

And in option C, it shows a hexagon and two triangles.

So for Question 1, answer is C.

For Question 2, as before, it's a trapezoid with a triangle on top, so answer A.

So let's go with that.

For Question 1: C

For Question 2: A

Now, the user only uploaded up to Question 3, but Question 3 is cut off, so perhaps we only need to solve Question 1 and 2.

The user said "solve the problem", and there are multiple questions, but perhaps we need to answer all.

In the response, we should provide the final answer for each.

But the instruction is to provide the final answer after reasoning.

So for Question 1, after reasoning, answer is C.

For Question 2, answer is A.

Question 3 is incomplete, so perhaps not required.

So let's box the answers.

But the final answer should be for the problems given.

Since the user might expect the answer for Question 1, as it's the first.

But to be safe, I'll provide for both.

In the response, I can say for Question 1: C, for Question 2: A.

But let's confirm Question 1.

If the big shape is a hexagon with two triangles attached, then yes, it matches option C.

In the big shape, the bottom is flat, which is the bottom of the hexagon, and the top has two peaks, which are the tops of the two triangles.

The sides are the sides of the hexagon and the triangles.

So yes, it makes sense.

For Question 2, the big shape is a trapezoid with a triangle on top, so trapezoid and triangle, option A.

So final answers.

For Question 1: C

For Question 2: A

Now, for the response.

Since ExplainAnswer is false, we don't explain, but we need to reason before final answer.

In the response, we can write the reasoning briefly.

But the instruction is: "Complete ALL reasoning and explanations BEFORE writing the Final Answer."

And "If ExplainAnswer is false, completely omit that section."

So in the response, we should have the reasoning, then the final answer.

But for multiple questions, perhaps list them.

Since the user might want the answer for the first question, but I think we should provide for all given.

In the image, there are 4 questions, but only 1,2,3 are partially visible.

Question 3 is cut off, so perhaps only 1 and 2 are to be solved.

So I'll provide for Question 1 and 2.

Final Answer for Question 1: C

Final Answer for Question 2: A

But how to format.

Perhaps:

After reasoning, for Question 1, the correct choice is C, as the shape is composed of a hexagon and two triangles.

For Question 2, the correct choice is A, as the shape is composed of a trapezoid and a triangle.

Then final answer.

But the final answer section should have the answers.

Perhaps:

Final Answer:
1. C
2. A

Yes.

So let's write.

Reasoning for Question 1:
The large shape in Question 1 has a hexagonal base with two triangular extensions on the top sides. This matches option C, which includes one hexagon and two triangles. When these are assembled, they form the given shape.

Reasoning for Question 2:
The large shape in Question 2 resembles a boat, consisting of a trapezoid at the bottom and a triangle on top. This matches option A, which has a trapezoid and a triangle.

Final Answer:
1. C
2. A