Some students of Class VI question that if the Earth is not flat, then how are…

When students confuse a map with the real shape of the Earth, the confusion is really about representation versus reality: a globe is a scaled three-dimensional model of the Earth, while a map is a two-dimensional depiction of the same Earth, produced by projecting its curved surface onto a flat plane. The most effective way to resolve such a conceptual doubt is to actively demonstrate the relationship between the two representations, rather than presenting either one alone or leaving students to work it out unaided.

Here, animatedly showing both the globe (a scaled 3D model of the Earth) and the map (a flattened 2D depiction of the same Earth) side by side lets the Class VI students directly compare how the same Earth is represented in each. This visual, comparative demonstration speaks to the exact question the students raised — why the same planet looks round on a globe but flat on a map — by letting students connect the two representations themselves, rather than showing either one in isolation or leaving the connection to be assumed.

• Maps are themselves flat, two-dimensional drawings, so showing only the maps keeps the students at the same representational level they were already looking at, with no second representation available to compare it against.

• Working out an abstract representation-versus-reality question entirely without any demonstration or guided comparison places a cognitive demand on Class VI students that is well beyond what this age group is typically expected to manage unaided.

• The globe is itself a rounded, three-dimensional model, so showing only the globe keeps the students at that single representational level, with no second representation available for them to compare it against.

Hence, it is the comparative demonstration connecting maps and globes to the Earth's actual shape — not either artifact alone, and not unguided inquiry — that resolves the misconception.