Final answer:
The scale levels that apply are to each example of
A. A red blood cell: Microscopic Scale (Option 2)
B. Dry ice: Macroscopic Scale (Option 1).
C. A silver atom: Atomic Scale (Option 3).
Step-by-step explanation:
To determine which scale levels apply to the provided examples, it's important to understand what each scale refers to.
- The macroscopic scale encompasses anything that can be seen with the nak*d eye without the need for magnifying instruments.
- The microscopic scale includes items that need magnification to be seen clearly, such as cells and small organisms.
- The atomic scale is used to describe single atoms and their structure, which includes electrons orbiting a nucleus of protons and neutrons.
- Lastly, the subatomic scale refers to components within the atom, such as protons, neutrons, and electrons themselves.
Given the definitions:
- A red blood cell: This falls into the microscopic scale, as red blood cells can't be seen with the nak*d eye without magnification.
- Dry ice (solid carbon dioxide): Observing dry ice as a solid block or foggy vapor falls into the macroscopic scale. However, if considering the molecular structure of carbon dioxide, it would be at the microscopic scale.
- A silver atom: This is described on the atomic scale, as an individual atom's structure is considered.
Thus, the correct option is
A. Option 2.
B. Option 1.
C. Option 3.
Your question is incomplete but most probably your full question was
Which scale levels apply to each example?
A. A red blood Cell
B. Dry ice
C. A silver atom
Each answer might be used more than once. Not all answers might be used.
1) Macroscopic Scale
2) Microscopic Scale
3) Atomic Scale
4) Subatomic Scale