QUESTION IMAGE
Question
match the following
made of particles
made of atoms
made of molecules with two different elements
made of molecules with two of the same element
one capital letter in the symbol
more than one capital letter in the symbol
found on the periodic table
made of a single type of particle
oxygen
bismuth
carbon dioxide
To solve this matching problem, we analyze each term based on chemical concepts:
1. Made of Particles
All matter (elements, compounds, mixtures) is made of particles (atoms, molecules, ions). So it matches with the general description of all matter being particulate.
2. Made of Atoms
Elements (like Bismuth, Oxygen) are made of atoms. So it matches with descriptions of pure elements (e.g., “a substance made of only one type of atom”).
3. Made of molecules with two different elements
Compounds with two elements (e.g., Carbon Dioxide, \( \text{CO}_2 \) has C and O) fit. So it matches with “a compound formed from two distinct elements” (e.g., \( \text{CO}_2 \)).
4. Made of molecules with two of the same element
Diatomic elements (e.g., Oxygen, \( \text{O}_2 \)) have molecules with two identical atoms. So it matches with “a diatomic element (e.g., \( \text{O}_2 \))”.
5. One capital letter in the symbol
Elements with single - letter symbols (e.g., Bismuth? No, Bismuth is Bi. Wait, e.g., Hydrogen (H), Oxygen (O) has O (one capital letter? Wait, Oxygen’s symbol is O (one capital letter). Wait, Bismuth is Bi (two capitals). Wait, elements with single - letter symbols: e.g., O (Oxygen), H (Hydrogen). So “One capital letter in the symbol” matches elements with single - letter symbols (e.g., O for Oxygen).
6. More than one capital letter in the symbol
Compounds or elements with two - letter symbols (e.g., Bismuth (Bi), Carbon Dioxide’s formula \( \text{CO}_2 \) has C and O, but the symbol for Bismuth is Bi (two capitals)). So it matches with elements/compounds with multi - letter symbols (e.g., Bi for Bismuth).
7. Found on the periodic table
Elements (like Oxygen, Bismuth) are on the periodic table. So it matches with “pure elements (e.g., O, Bi)”.
8. Made of a single type of particle
Pure substances (elements or compounds) have one type of particle. Elements (O, Bi) and compounds (\( \text{CO}_2 \)) are pure, so it matches with “pure substances (element or compound)”.
9. Oxygen
- Made of molecules with two of the same element (\( \text{O}_2 \)).
- One capital letter in symbol (O).
- Found on periodic table.
- Made of a single type of particle (molecules of \( \text{O}_2 \)).
- Made of atoms (O atoms in \( \text{O}_2 \) molecules).
- Made of particles (molecules of \( \text{O}_2 \)).
10. Bismuth
- Made of atoms (single - atom particles in solid Bismuth).
- One capital letter? No, Bi (two capitals? Wait, Bismuth’s symbol is Bi, so more than one capital letter? Wait, no: the first letter is capital, second is lowercase. Wait, the “more than one capital letter” is a mis - phrasing; it’s “more than one letter (with one capital)”. Bismuth (Bi) has two letters, one capital.
- Found on periodic table.
- Made of a single type of particle (Bi atoms).
- Made of atoms.
- Made of particles (Bi atoms).
11. Carbon Dioxide (\( \text{CO}_2 \))
- Made of molecules with two different elements (C and O).
- More than one capital letter in formula (C and O).
- Made of particles (molecules of \( \text{CO}_2 \)).
- Made of a single type of particle ( \( \text{CO}_2 \) molecules).
Final Matches (Key Pairings):
- Made of Particles: All matter (so connects to the general “matter is particulate” description).
- Made of Atoms: Elements (Oxygen, Bismuth) (connect to “substance with one type of atom”).
- Made of molecules with two different elements: Carbon Dioxide (connect to “compound with two elements”).
- Made of molecules with two of the same element: Oxygen (connect to “diatomic e…
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To solve this matching problem, we analyze each term based on chemical concepts:
1. Made of Particles
All matter (elements, compounds, mixtures) is made of particles (atoms, molecules, ions). So it matches with the general description of all matter being particulate.
2. Made of Atoms
Elements (like Bismuth, Oxygen) are made of atoms. So it matches with descriptions of pure elements (e.g., “a substance made of only one type of atom”).
3. Made of molecules with two different elements
Compounds with two elements (e.g., Carbon Dioxide, \( \text{CO}_2 \) has C and O) fit. So it matches with “a compound formed from two distinct elements” (e.g., \( \text{CO}_2 \)).
4. Made of molecules with two of the same element
Diatomic elements (e.g., Oxygen, \( \text{O}_2 \)) have molecules with two identical atoms. So it matches with “a diatomic element (e.g., \( \text{O}_2 \))”.
5. One capital letter in the symbol
Elements with single - letter symbols (e.g., Bismuth? No, Bismuth is Bi. Wait, e.g., Hydrogen (H), Oxygen (O) has O (one capital letter? Wait, Oxygen’s symbol is O (one capital letter). Wait, Bismuth is Bi (two capitals). Wait, elements with single - letter symbols: e.g., O (Oxygen), H (Hydrogen). So “One capital letter in the symbol” matches elements with single - letter symbols (e.g., O for Oxygen).
6. More than one capital letter in the symbol
Compounds or elements with two - letter symbols (e.g., Bismuth (Bi), Carbon Dioxide’s formula \( \text{CO}_2 \) has C and O, but the symbol for Bismuth is Bi (two capitals)). So it matches with elements/compounds with multi - letter symbols (e.g., Bi for Bismuth).
7. Found on the periodic table
Elements (like Oxygen, Bismuth) are on the periodic table. So it matches with “pure elements (e.g., O, Bi)”.
8. Made of a single type of particle
Pure substances (elements or compounds) have one type of particle. Elements (O, Bi) and compounds (\( \text{CO}_2 \)) are pure, so it matches with “pure substances (element or compound)”.
9. Oxygen
- Made of molecules with two of the same element (\( \text{O}_2 \)).
- One capital letter in symbol (O).
- Found on periodic table.
- Made of a single type of particle (molecules of \( \text{O}_2 \)).
- Made of atoms (O atoms in \( \text{O}_2 \) molecules).
- Made of particles (molecules of \( \text{O}_2 \)).
10. Bismuth
- Made of atoms (single - atom particles in solid Bismuth).
- One capital letter? No, Bi (two capitals? Wait, Bismuth’s symbol is Bi, so more than one capital letter? Wait, no: the first letter is capital, second is lowercase. Wait, the “more than one capital letter” is a mis - phrasing; it’s “more than one letter (with one capital)”. Bismuth (Bi) has two letters, one capital.
- Found on periodic table.
- Made of a single type of particle (Bi atoms).
- Made of atoms.
- Made of particles (Bi atoms).
11. Carbon Dioxide (\( \text{CO}_2 \))
- Made of molecules with two different elements (C and O).
- More than one capital letter in formula (C and O).
- Made of particles (molecules of \( \text{CO}_2 \)).
- Made of a single type of particle ( \( \text{CO}_2 \) molecules).
Final Matches (Key Pairings):
- Made of Particles: All matter (so connects to the general “matter is particulate” description).
- Made of Atoms: Elements (Oxygen, Bismuth) (connect to “substance with one type of atom”).
- Made of molecules with two different elements: Carbon Dioxide (connect to “compound with two elements”).
- Made of molecules with two of the same element: Oxygen (connect to “diatomic element \( \text{O}_2 \)”).
- One capital letter in the symbol: Oxygen (O) (connect to “element with single - letter symbol”).
- More than one capital letter in the symbol: Bismuth (Bi), Carbon Dioxide (\( \text{CO}_2 \)) (connect to “element/compound with multi - letter symbol”).
- Found on the periodic table: Oxygen, Bismuth (connect to “pure elements”).
- Made of a single type of particle: Oxygen, Bismuth, Carbon Dioxide (connect to “pure substances”).
- Oxygen: Made of molecules with two of the same element, One capital letter in symbol, Found on periodic table, Made of a single type of particle, Made of atoms, Made of particles.
- Bismuth: Made of atoms, More than one capital letter in symbol, Found on periodic table, Made of a single type of particle, Made of particles.
- Carbon Dioxide: Made of molecules with two different elements, More than one capital letter in symbol, Made of a single type of particle, Made of particles.
(Note: Since the right - hand descriptions are blurry, the above is based on standard chemical concepts for such matching tasks. The core is to link each term to its chemical definition: elements (single atom/ diatomic), compounds (two elements), particle nature of matter, and periodic table placement.)