TOES

A First Look at Cells Team Name: Toes

Team Members

__First Slide__

 * Slide Number:1**


 * Slide Image (Scanning)**


 * Slide Image (Low Power)**


 * Slide Image (Hig****h Power)**
 * Us****e High Power Ma****gnification to estimate the size of the cells in your specimen (show your work):**


 * Use High Power Magnific****ation to answer the following questions about your specimen:**
 * 1) How would you describe the shapes of the things you see? very small circles in boxes
 * 2) Can you identify shapes that might be cells? Are they similar in shape, or do they appear random? yes, the circles
 * 3) Are they all about the same size? yes
 * 4) Do the shapes seem to form a pattern, or does their arrangement seem random? yes, like a brick wall
 * 5) What features or shapes do you see inside the larger shapes? What might they be? black dots, it might be the nucleous
 * 6) Which of the five specimens do you think this is? Why? onion root tip because we looked at it before

__Second Slide__

 * Slide** **Number: 2**

//**Use High Power Magnification to estimate the size of the cells in your specimen (show your work): 20um because each cell is 1/20th of the field of view**//
 * Slide Image (High Power)**

//**Description (write a complete description – refer to questions #1 -#6 for the types of details your description should include. Be sure to state which cell type you think is on this slide): small worm like shapes surrounded by black dots in a random formation. all are different sizes. It is bacteria because there is no defined shape.**//

//**Slide** **Number: 3**//

//**Slide Image (High Power)**//



//**Use High Power Magnification to estimate the size of the cells in your specimen (show your work):33.3um because each cell is 1/12th of the field of view out of 400**//

//**Description (write a complete description – refer to questions #1 -#6 for the types of details your description should include. Be sure to state which cell type you think is on this slide):small hexagons look like a beehive or scales black dots inside hexagons this is frog skin because it looks like frog skin.**//

//**Slide** **Number: 4**//

//**Slide Image (High Power)**//


 * Use High Power Magnification to estimate the size of the cells in your speci**
 * men (show your work): 200um because each cell is one half of the FOV**


 * Description (write a complete description – refer to questions #1 -#6 for the types of details your description should include. Be sure to state which cell type you think is on this slide):long thin ovals similar in size some contain black dots in a certain pattern it is an onion leaf because it is green.**


 * Slide** **Number: 5**


 * Slide Image (High Power)**
 * Use High Power Magnification to estimate the size of the cells in your specimen (show your work):40um because each cell is 1/10th of the field of view which is 400um.**


 * Description (write a complete description – refer to questions #1 -#6 for the types of details your description should include. Be sure to state which cell type you think is on this slide): Random shaped objects they are red seem to be in clumps. random pattern. it is a cheek smear because because the cells look like blood cells found in humans.**