Learning Objective : A Increasing Challenge-Bloom’s Taxonomy Success Criteria F I can Justify the use of stains for observing specimens in microscopy. I can K J B E I can Describe the working of a light microscope. G C D Distinguish between magnification and resolution. WOW words: H I Thinking time Answer in full sentences Discuss with friends DO NOW TASK To describe how specimens are magnified by microscopy. Learning Objective : Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Justify the use of stains for observing specimens in microscopy. I can Developing Microscopes The first microscopes were developed in the 1600s. Microscopes allow us to see things that are not visible to the naked eye, including many small organisms and the basic building blocks of living things: cells. For a biologist, a microscope is an essential piece of equipment. Describe the working of a light microscope. I can Distinguish between magnification and resolution. WOW words: Thinking time Answer in full sentences Discuss with friends To describe how specimens are magnified by microscopy. Learning Objective : Create a timeline for the development of cell theory Increasing Challenge-Bloom’s Taxonomy Success Criteria QUESTIONS I can Justify the use of stains for observing specimens in microscopy. I can 1. Outline the importance of microscopes in the study of living organisms Describe the working of a 2. light microscope. I can Suggest, with reasons, why cell theory was not fully developed before the mid-19th century Distinguish between magnification and resolution. WOW words: Thinking time Answer in full sentences Discuss with friends To describe how specimens are magnified by microscopy. TASK Learning Objective : Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Justify the use of stains for observing specimens in microscopy. I can Key Components of a light microscope The light microscope uses a beam of light to produce an image. The light passes through the specimen and is focused through glass lenses, which project a magnified image. Describe the working of a light microscope. 1. Can you name the major components of a light microscope? 2. See if you can name those denoted in the image. 3. What is the function of these components when you’re looking at a specimen? 4. Where does the beam of light come from and where does it enter the microscope from? I can Recall the parts of a microscope. WOW words: Thinking time Answer in full sentences Discuss with friends To describe how specimens are magnified by microscopy. Learning Objective : Thinking time Answer in full sentences Discuss with friends To describe how specimens are magnified by microscopy. Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Justify the use of stains for observing specimens in microscopy. I can Describe the working of a light microscope. I can Recall the parts of a microscope. WOW words: Learning Objective : Increasing Challenge-Bloom’s Taxonomy Success Criteria How to use a microscope I can Justify the use of stains for observing specimens in microscopy. https://docs.google.com/forms/d/e/1FAIpQLSe50GunvkOvtS5jF z3OgWedC75n7K_GS8PfP-LjaLRG4BldFg/viewform?usp=sf_link I can Describe the working of a light microscope. I can Recall the parts of a microscope. WOW words: Thinking time Answer in full sentences Discuss with friends To describe how specimens are magnified by microscopy. Learning Objective : Sample Preparation - 1 Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Sample Preparation - 2 Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Sample Preparation - 3 Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Sample Preparation - 4 Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. Staining Many biological specimens such as cells and tissue sections are relatively colourless. This means that it is difficult to distinguish between the different components they are made up of when viewed under a microscope. So staining is used to make components of samples more visible I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. How has straining been used on this sample to make the components more clear? Learning Objective : Thinking time Answer in full sentences Discuss with friends To describe how specimens are magnified by microscopy. Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Justify the use of stains for observing specimens in microscopy. I can Describe the working of a light microscope. I can Distinguish between magnification and resolution. WOW words: Learning Objective : Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM TASK • 1. Name all the dyes you read about in the article and what they are used for. I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. • 3. What principle do dyes work on? WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Research task – What is the difference between magnification and resolution? Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Learning Objective : Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words: Learning Objective : Thinking time Answer in full sentences Discuss with friends To calculate the size of a given specimen using an eye piece graticule. Increasing Challenge-Bloom’s Taxonomy Success Criteria I can Calculate the magnification , actual size and image size of the specimen using the formula I=AxM I can Differentiate between magnification and resolution. I can Explain how specimens are prepared for microscopy. WOW words:
