Main features of solid sphere model.

Indivisible: Atoms are the smallest unit of matter and cannot be divided further.
Uniform: Atoms are solid, homogeneous spheres without internal structure.
Unique: Each element consists of unique atoms that are different from those of other elements.
Compound Formation: Atoms combine in fixed ratios to form compounds.
Rearrangement in Reactions: Chemical reactions involve the rearrangement of atoms, not their creation or destruction.
Different Masses: Atoms of different elements have different masses.

Karagdagang Kaalaman:

Dalton's solid sphere model was revolutionary for its time because it provided a systematic explanation for chemical reactions and the conservation of mass during these reactions. However, it was later found to be incomplete with the discovery of subatomic particles and more complex atomic structures.

Inilapat na Kaalaman:

Imagine playing with LEGO bricks where each brick represents an atom from Dalton’s perspective:

Each LEGO brick is solid and indivisible.
Different colors or sizes represent different elements.
You can combine these bricks (atoms) to build various structures (compounds), but you cannot break a single brick into smaller pieces.
When you rearrange your LEGO structures (chemical reactions), you are simply reconfiguring how the bricks connect without altering any individual brick itself.
This analogy helps visualize how Dalton viewed atoms as fundamental building blocks that combine in specific ways to create all matter around us.

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