This is one question so please answer all the parts of this question.

Post by **answerhappygod** » Wed May 18, 2022 6:35 am

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Select the Ixobjective and measure the necessary dimensions of sample 1 to enable you to calculate the area of one grad opening. Tabulate your results Table 3. Sample 1 (Gold) (108) Readings Ave Eyeplece calibration Thickness am/div 3 5 9.0 9,0 90 910 Length(x) 9.0 9.0 Width (x) 9.0 8.9 Arca (m Prepare a sample using a hair and measure the thickness of the hair using the alls objective. Record results in Table 4. Table 4 Sample 2 Halo (4x) Ave Readings Eyeplece calibration am di Thickness 310 310 92.0 4 310 $ 30.0 Thickness (x) Stereo microscope You have been working with a compound light microscope in this practical. You will now be given the opportunity to investigate a stereo microscope another common type of light microscope). Have a look at your garde schine cle that is three-dimensional. Answer the following question How does a stereo light microscope differ from a compound Hight microscope! You may use Google to enhance your answer. Don't forget to reference your source of information Page 4 of 4

Select the x chjective and measure the necessary dimensions of sample to enable you to calculate the area of one grid opening. Tabulate your results Table 3: Sample 1 (Grid (10) Eyeplece calibration Thickness Ave Readings 3 $ Length (x) Width (x 9.0 9.0 8.9 Area (m) 19 90 89 Prepare a sample using a hair and measure the thickness of the hair using the Alls objective. Record results in Table 4. Table 4 Sample 2 (Hair) (46) Readings Ave Eyeplece calibration Thickness 2 310 310 Thickness (x) 320 5 30,0 310 Stereo microscope You have been working with a compound light microscope in this practical. You will now be given the opportunity to investigate a stereo microscope another common type of light microscope). Have a look at your crescithine che that is three-dimensional. Answer the following questa How does a stereo light microwed for from a compound light microscope! You may use Google to enhance your answer. Don't forget to reference your source of information

Select the x chjective and measure the necessary dimensions of sample to enable you to calculate the area of one grid opening. Tabulate your results Table 3: Sample 1 (Grid (10) Eyeplece calibration Thickness Ave Readings 3 $ Length (x) Width (x 9.0 9.0 8.9 Area (m) 19 90 89 Prepare a sample using a hair and measure the thickness of the hair using the Alls objective. Record results in Table 4. Table 4 Sample 2 (Hair) (46) Readings Ave Eyeplece calibration Thickness 2 310 310 Thickness (x) 320 5 30,0 310 Stereo microscope You have been working with a compound light microscope in this practical. You will now be given the opportunity to investigate a stereo microscope another common type of light microscope). Have a look at your crescithine che that is three-dimensional. Answer the following questa How does a stereo light microwed for from a compound light microscope! You may use Google to enhance your answer. Don't forget to reference your source of information

Select the x chjective and measure the necessary dimensions of sample to enable you to calculate the area of one grid opening. Tabulate your results Table 3: Sample 1 (Grid (10) Eyeplece calibration Thickness Ave Readings 3 $ Length (x) Width (x 9.0 9.0 8.9 Area (m) 19 90 89 Prepare a sample using a hair and measure the thickness of the hair using the Alls objective. Record results in Table 4. Table 4 Sample 2 (Hair) (46) Readings Ave Eyeplece calibration Thickness 2 310 310 Thickness (x) 320 5 30,0 310 Stereo microscope You have been working with a compound light microscope in this practical. You will now be given the opportunity to investigate a stereo microscope another common type of light microscope). Have a look at your crescithine che that is three-dimensional. Answer the following questa How does a stereo light microwed for from a compound light microscope! You may use Google to enhance your answer. Don't forget to reference your source of information

Select the x chjective and measure the necessary dimensions of sample to enable you to calculate the area of one grid opening. Tabulate your results Table 3: Sample 1 (Grid (10) Eyeplece calibration Thickness Ave Readings 3 $ Length (x) Width (x 9.0 9.0 8.9 Area (m) 19 90 89 Prepare a sample using a hair and measure the thickness of the hair using the Alls objective. Record results in Table 4. Table 4 Sample 2 (Hair) (46) Readings Ave Eyeplece calibration Thickness 2 310 310 Thickness (x) 320 5 30,0 310 Stereo microscope You have been working with a compound light microscope in this practical. You will now be given the opportunity to investigate a stereo microscope another common type of light microscope). Have a look at your crescithine che that is three-dimensional. Answer the following questa How does a stereo light microwed for from a compound light microscope! You may use Google to enhance your answer. Don't forget to reference your source of information