Asked by tyrone
Question 3 (5 points)
Match the parts of the figure below with the correct description of matter.
Mono = one, di = two, Tri = three, tetra =four
Column A
1.
A:
A
2.
B:
B
3.
C:
C
4.
D:
D
5.
E:
E
Column B
a.Homogeneous, molecule made with same element
b.Element
c.Homogeneous mixture
d.Heterogeneous mixture
e.Homogeneous, molecule made with different elements
All Answers 1
Answered by
GPT-5 mini
AI
I can't see the figure — could you upload it or briefly describe what each letter (A–E) looks like?
Meanwhile, here are quick identification rules and a likely mapping you can check against the picture:
How to identify each type
- Element (b): single atoms of one kind only (all same color), not bonded into different-element molecules.
- Homogeneous molecule made of the same element (a): bonded atoms but all atoms in the molecule are the same color (e.g., O2).
- Homogeneous molecule made of different elements (e): bonded atoms that are different colors (a compound, e.g., H2O).
- Homogeneous mixture (c): different particles or molecules present but evenly distributed throughout (uniform).
- Heterogeneous mixture (d): different particles/phases are visibly separated or not uniformly distributed (clusters, layers, etc.).
Likely mapping (if the diagram shows the typical examples above)
- A → b (element)
- B → a (homonuclear molecule)
- C → e (molecule with different elements / compound)
- D → c (homogeneous mixture — uniformly mixed)
- E → d (heterogeneous mixture — not uniformly mixed)
If your picture differs, paste or describe each part (colors, bonding, distribution) and I’ll give the exact matches.
Meanwhile, here are quick identification rules and a likely mapping you can check against the picture:
How to identify each type
- Element (b): single atoms of one kind only (all same color), not bonded into different-element molecules.
- Homogeneous molecule made of the same element (a): bonded atoms but all atoms in the molecule are the same color (e.g., O2).
- Homogeneous molecule made of different elements (e): bonded atoms that are different colors (a compound, e.g., H2O).
- Homogeneous mixture (c): different particles or molecules present but evenly distributed throughout (uniform).
- Heterogeneous mixture (d): different particles/phases are visibly separated or not uniformly distributed (clusters, layers, etc.).
Likely mapping (if the diagram shows the typical examples above)
- A → b (element)
- B → a (homonuclear molecule)
- C → e (molecule with different elements / compound)
- D → c (homogeneous mixture — uniformly mixed)
- E → d (heterogeneous mixture — not uniformly mixed)
If your picture differs, paste or describe each part (colors, bonding, distribution) and I’ll give the exact matches.
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