Microbiology BM4 Microscope Lab

Last updated about 1 month ago

8 questions

Note from the author:

RST 9-10.1,5, LS1.2  Systems, Structure/function. (LS1-A)

Instructions

RST 9-10.1,5, LS1.2  Systems, Structure/function. (LS1-A)

Free Response

Microbiology BM4 Microscope Lab

Last updated about 1 month ago

8 questions

Note from the author:

RST 9-10.1,5, LS1.2  Systems, Structure/function. (LS1-A)

Instructions

RST 9-10.1,5, LS1.2  Systems, Structure/function. (LS1-A)

Free Response

Your Results and Observations
In the circles below, draw the specimens you observed.

Fill the circle 'with the specimen's image.

You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.

Label the images appropriately.

What is the purpose of using immersion oil with the lOOX objective?

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide.

When you look into the eyepiece, your specimen is gone! What happened?

What is the difference between magnification and resolution?

Based on a microscopic examination of an unknown stained specimen, you've recorded the following observations: the bacteria are rod-shaped and stain red. Construct a CER argument that identifies the unknown specimen.
Claim: What is the most likely classification of the unknown bacteria?
Evidence: What specific observations from the lab exercise support your claim?
Reasoning: Explain the scientific principles of Gram staining and bacterial morphology that connect your evidence to your claim.
See the rubric to ensure you get the greatest amount of points for your answer.

Explain how the diaphragm and the objective lens contribute to achieving the three principles of good microscopy: magnification, resolution, and contrast. In your answer, describe the role of each component and the specific principle it directly influences.

Microbiology BM4 Microscope Lab

Microbiology BM4 Microscope Lab

Your Results and Observations
In the circles below, draw the specimens you observed.

Fill the circle 'with the specimen's image.

You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.

Label the images appropriately.

What is the purpose of using immersion oil with the lOOX objective?

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide.

When you look into the eyepiece, your specimen is gone! What happened?

What is the difference between magnification and resolution?

Explain how the diaphragm and the objective lens contribute to achieving the three principles of good microscopy: magnification, resolution, and contrast. In your answer, describe the role of each component and the specific principle it directly influences.

Your Results and Observations
In the circles below, draw the specimens you observed.

Fill the circle 'with the specimen's image.

You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.

Label the images appropriately.

Bacillus, Staphylococcus, and Spirillum are all examples of bacteria.

Saccharomyces is a yeast, a single-celled fungus. Describe their microscopic appearance.

How does Saccharomyces microscopically differ from the
other specimens?

As the staff biologist for the public health department, you examine the pond water (case file) under the
microscope and notice high levels of green algae.

What do you tell the members of the community about the safety of their water?
What other information do you need?

What is the purpose of using immersion oil with the lOOX objective?

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide.

When you look into the eyepiece, your specimen is gone! What happened?

What is the difference between magnification and resolution?

Explain how the diaphragm and the objective lens contribute to achieving the three principles of good microscopy: magnification, resolution, and contrast. In your answer, describe the role of each component and the specific principle it directly influences.

As the staff biologist for the public health department, you examine the pond water (case file) under the
microscope and notice high levels of green algae.

What do you tell the members of the community about the safety of their water?
What other information do you need?

Microbiology BM4 Microscope Lab

Microbiology BM4 Microscope Lab

Your Results and ObservationsIn the circles below, draw the specimens you observed. Fill the circle 'with the specimen's image. You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.Label the images appropriately.

What is the purpose of using immersion oil with the lOOX objective?

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide. When you look into the eyepiece, your specimen is gone! What happened?

What is the difference between magnification and resolution?

Explain how the diaphragm and the objective lens contribute to achieving the three principles of good microscopy: magnification, resolution, and contrast. In your answer, describe the role of each component and the specific principle it directly influences.

Your Results and ObservationsIn the circles below, draw the specimens you observed. Fill the circle 'with the specimen's image. You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.Label the images appropriately.

Bacillus, Staphylococcus, and Spirillum are all examples of bacteria. Saccharomyces is a yeast, a single-celled fungus. Describe their microscopic appearance. How does Saccharomyces microscopically differ from theother specimens?

As the staff biologist for the public health department, you examine the pond water (case file) under themicroscope and notice high levels of green algae. What do you tell the members of the community about the safety of their water? What other information do you need?

What is the purpose of using immersion oil with the lOOX objective?

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide. When you look into the eyepiece, your specimen is gone! What happened?

What is the difference between magnification and resolution?

Explain how the diaphragm and the objective lens contribute to achieving the three principles of good microscopy: magnification, resolution, and contrast. In your answer, describe the role of each component and the specific principle it directly influences.

As the staff biologist for the public health department, you examine the pond water (case file) under themicroscope and notice high levels of green algae. What do you tell the members of the community about the safety of their water? What other information do you need?

Your Results and Observations
In the circles below, draw the specimens you observed.

Fill the circle 'with the specimen's image.

You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.

Label the images appropriately.

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide.

When you look into the eyepiece, your specimen is gone! What happened?

Your Results and Observations
In the circles below, draw the specimens you observed.

Fill the circle 'with the specimen's image.

You will need to exaggerate the organism's size. Include the magnification at which you observed the specimen.

Label the images appropriately.

Bacillus, Staphylococcus, and Spirillum are all examples of bacteria.

Saccharomyces is a yeast, a single-celled fungus. Describe their microscopic appearance.

How does Saccharomyces microscopically differ from the
other specimens?

As the staff biologist for the public health department, you examine the pond water (case file) under the
microscope and notice high levels of green algae.

What do you tell the members of the community about the safety of their water?
What other information do you need?

You are examining a prepared slide with the 40X objective in place over the microscope. You rotate the lOOX objective over the slide.

When you look into the eyepiece, your specimen is gone! What happened?

As the staff biologist for the public health department, you examine the pond water (case file) under the
microscope and notice high levels of green algae.

What do you tell the members of the community about the safety of their water?
What other information do you need?