**Chloroplasts in Elodea Leaf** This is a leaf from Elodea, an aquatic plant. The arrows in the image are pointing out chloroplasts, which are essential organelles responsible for photosynthesis. **Microscopic Observation**: - The diameter of the field of view in the image is 75 µm (micrometers). **Calculation Challenge**: - What is the approximate length of one chloroplast? **Explanation**: In the provided image under the microscope, numerous green oval structures (chloroplasts) are visible within the cells of the Elodea leaf. Chloroplasts are the sites for photosynthesis where light energy is converted into chemical energy in the form of glucose. To calculate the approximate length of one chloroplast, you can use the field of view diameter. Considering the diameter is 75 µm, and visually estimating how many chloroplasts fit along that diameter, you can calculate an approximate size for each chloroplast. For instance: - If around 10 chloroplasts fit end to end across the field of view, then the length of one chloroplast would be about 75 µm / 10 = 7.5 µm. This approach helps provide a rough estimate for the size of the chloroplasts. Detailed and accurate measurements would require more precise and calibrated tools and techniques.
**Chloroplasts in Elodea Leaf** This is a leaf from Elodea, an aquatic plant. The arrows in the image are pointing out chloroplasts, which are essential organelles responsible for photosynthesis. **Microscopic Observation**: - The diameter of the field of view in the image is 75 µm (micrometers). **Calculation Challenge**: - What is the approximate length of one chloroplast? **Explanation**: In the provided image under the microscope, numerous green oval structures (chloroplasts) are visible within the cells of the Elodea leaf. Chloroplasts are the sites for photosynthesis where light energy is converted into chemical energy in the form of glucose. To calculate the approximate length of one chloroplast, you can use the field of view diameter. Considering the diameter is 75 µm, and visually estimating how many chloroplasts fit along that diameter, you can calculate an approximate size for each chloroplast. For instance: - If around 10 chloroplasts fit end to end across the field of view, then the length of one chloroplast would be about 75 µm / 10 = 7.5 µm. This approach helps provide a rough estimate for the size of the chloroplasts. Detailed and accurate measurements would require more precise and calibrated tools and techniques.
Principles Of Radiographic Imaging: An Art And A Science
6th Edition
ISBN:9781337711067
Author:Richard R. Carlton, Arlene M. Adler, Vesna Balac
Publisher:Richard R. Carlton, Arlene M. Adler, Vesna Balac
Chapter21: Computed Radiography
Section: Chapter Questions
Problem 2RQ
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150 µm
10 µm
Transcribed Image Text:**Chloroplasts in Elodea Leaf**
This is a leaf from Elodea, an aquatic plant. The arrows in the image are pointing out chloroplasts, which are essential organelles responsible for photosynthesis.
**Microscopic Observation**:
- The diameter of the field of view in the image is 75 µm (micrometers).
**Calculation Challenge**:
- What is the approximate length of one chloroplast?
**Explanation**:
In the provided image under the microscope, numerous green oval structures (chloroplasts) are visible within the cells of the Elodea leaf. Chloroplasts are the sites for photosynthesis where light energy is converted into chemical energy in the form of glucose.
To calculate the approximate length of one chloroplast, you can use the field of view diameter. Considering the diameter is 75 µm, and visually estimating how many chloroplasts fit along that diameter, you can calculate an approximate size for each chloroplast.
For instance:
- If around 10 chloroplasts fit end to end across the field of view, then the length of one chloroplast would be about 75 µm / 10 = 7.5 µm.
This approach helps provide a rough estimate for the size of the chloroplasts. Detailed and accurate measurements would require more precise and calibrated tools and techniques.
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