Grade 2 3D Shapes and Nets geometry math school worksheets for ... - Free Printable

Let’s go step by step to name each 3D shape correctly.

We are given a list of shapes at the top:
- cube (1)
- cone (2)
- cuboid (2)
- pyramid
- sphere
- cylinder (2)

That means we have:
→ 1 cube
→ 2 cones
→ 2 cuboids
→ 1 pyramid
→ 1 sphere
→ 2 cylinders

Total = 9 shapes → and there are 9 boxes in the grid. Perfect!

Now let’s look at each box one by one, from left to right, top to bottom.

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Row 1:

1. First shape: It has a circular base and comes to a point on top → that’s a cone.
We need two cones total — this is the first one.

2. Second shape: Looks like a stretched-out cube — all angles are right angles, but sides are not equal → that’s a cuboid.
We need two cuboids — this is the first one.

3. Third shape: Same as above — also a cuboid. That’s our second cuboid. Done with cuboids.

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Row 2:

4. Fourth shape: Round ball — no edges or corners → that’s a sphere. Only one needed — done.

5. Fifth shape: Has two flat circular ends and curved side → that’s a cylinder.
We need two cylinders — this is the first one.

6. Sixth shape: Circular base, pointy top → another cone. That’s our second cone. Done with cones.

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Row 3:

7. Seventh shape: Again, rectangular prism with different length/width/height → cuboid? Wait — we already used both cuboids! Let’s double-check.

Wait — hold on! In Row 1, we had two cuboids? Actually, looking again:

In Row 1, Box 2 and Box 3 — both are cuboids? But maybe one is actually a cube?

Wait — let’s re-examine carefully.

Actually, in many worksheets, if it looks like a perfect square on all faces, it’s a cube. If it’s longer in one direction, it’s a cuboid.

Looking back:

Box 2 (Row 1, middle): It’s drawn with equal-length edges? Not really — it looks longer than wide → so cuboid.

Box 3 (Row 1, right): Also looks like a cuboid — same proportions.

But wait — we only have ONE cube listed in the key. So one of these must be the cube.

Hmm — perhaps I misread. Let me check the original image description again.

Actually, in the user’s image, the third shape in Row 1 is drawn more like a cube — all sides appear equal. Whereas the second one is clearly longer — so likely:

→ Box 2 (Row 1, middle) = cuboid
→ Box 3 (Row 1, right) = cube

Yes — that makes sense because we have only one cube.

So correction:

Row 1:
1. Cone
2. Cuboid
3. Cube ← this is the only cube

Then Row 2:
4. Sphere
5. Cylinder (first)
6. Cone (second)

Row 3:
7. Now this shape — it’s a slanted rectangle-based prism? No — actually, it’s still a cuboid? But we already used one cuboid.

Wait — we have TWO cuboids allowed.

Earlier I said Box 2 was cuboid — that’s one.

Now Box 7 (Row 3, left) — it’s also a rectangular prism, just tilted — still a cuboid. Yes — that’s the second cuboid.

8. Box 8 (Row 3, middle): Square base, triangular sides meeting at a point → that’s a pyramid. Only one needed — perfect.

9. Box 9 (Row 3, right): Two circular bases, curved side → cylinder. That’s our second cylinder.

Perfect — now everything matches:

Cone: 2 → positions 1 and 6
Cuboid: 2 → positions 2 and 7
Cube: 1 → position 3
Sphere: 1 → position 4
Cylinder: 2 → positions 5 and 9
Pyramid: 1 → position 8

All accounted for.

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Final Answer:

Row 1:
cone
cuboid
cube

Row 2:
sphere
cylinder
cone

Row 3:
cuboid
pyramid
cylinder