Question

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Explanation:

To solve this, we analyze each specimen's reactions:

Specimen #1:

• Reaction to sunlight: No reaction (so not photosynthesis, as photosynthesis needs light).
• Reaction to CO₂: No reaction (photosynthesis uses CO₂, so no use here).
• Reaction to O₂: ATP production increased (aerobic respiration uses O₂ to make ATP).

→ Matches Aerobic cellular respiration.

Specimen #2:

• Reaction to sunlight: No reaction.
• Reaction to CO₂: No reaction.
• Reaction to O₂: No reaction (no aerobic respiration).
• No other reactions (no photosynthesis or respiration).

→ Matches No process (or inactive, but since options include “No process” if no reactions, but likely “No process” or “Neither”, but based on the table, if no reactions, it’s not performing photosynthesis or aerobic respiration. However, rechecking: the third column (O₂ reaction) for #2 is “No reaction”, and other columns too. So no process.

Specimen #3:

• Reaction to sunlight: Oxygen bubbles released (photosynthesis produces O₂).
• Reaction to CO₂: Glucose molecules created (photosynthesis produces glucose from CO₂).
• Reaction to O₂: No reaction (not performing aerobic respiration, as aerobic respiration uses O₂, but here O₂ is produced, not used).

→ Matches Photosynthesis (uses light, CO₂; produces O₂ and glucose).

Final Matches:

• Specimen #1 → Aerobic cellular respiration
• Specimen #2 → No process (or “Neither”, but based on reactions, no photosynthesis or aerobic respiration)
• Specimen #3 → Photosynthesis

(Note: If the options for “processes” are “Photosynthesis”, “Aerobic cellular respiration”, and “No process” (or similar), the matches are as above.)

For example, if the bottom options are:

• Left: Photosynthesis
• Middle: Aerobic cellular respiration
• Right: No process

Then:

• Specimen #1 connects to Aerobic cellular respiration (middle).
• Specimen #2 connects to No process (right).
• Specimen #3 connects to Photosynthesis (left).

Answer:

To solve this, we analyze each specimen's reactions:

Specimen #1:

• Reaction to sunlight: No reaction (so not photosynthesis, as photosynthesis needs light).
• Reaction to CO₂: No reaction (photosynthesis uses CO₂, so no use here).
• Reaction to O₂: ATP production increased (aerobic respiration uses O₂ to make ATP).

→ Matches Aerobic cellular respiration.

Specimen #2:

• Reaction to sunlight: No reaction.
• Reaction to CO₂: No reaction.
• Reaction to O₂: No reaction (no aerobic respiration).
• No other reactions (no photosynthesis or respiration).

→ Matches No process (or inactive, but since options include “No process” if no reactions, but likely “No process” or “Neither”, but based on the table, if no reactions, it’s not performing photosynthesis or aerobic respiration. However, rechecking: the third column (O₂ reaction) for #2 is “No reaction”, and other columns too. So no process.

Specimen #3:

• Reaction to sunlight: Oxygen bubbles released (photosynthesis produces O₂).
• Reaction to CO₂: Glucose molecules created (photosynthesis produces glucose from CO₂).
• Reaction to O₂: No reaction (not performing aerobic respiration, as aerobic respiration uses O₂, but here O₂ is produced, not used).

→ Matches Photosynthesis (uses light, CO₂; produces O₂ and glucose).

Final Matches:

• Specimen #1 → Aerobic cellular respiration
• Specimen #2 → No process (or “Neither”, but based on reactions, no photosynthesis or aerobic respiration)
• Specimen #3 → Photosynthesis

(Note: If the options for “processes” are “Photosynthesis”, “Aerobic cellular respiration”, and “No process” (or similar), the matches are as above.)

For example, if the bottom options are:

• Left: Photosynthesis
• Middle: Aerobic cellular respiration
• Right: No process

Then:

• Specimen #1 connects to Aerobic cellular respiration (middle).
• Specimen #2 connects to No process (right).
• Specimen #3 connects to Photosynthesis (left).