digital microscope alissa galik and rhiannon slam

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Digital Microscop e Alissa Galik And Rhiannon Slam

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Page 1: Digital Microscope Alissa Galik And Rhiannon Slam

Digital Microscope

Alissa Galik And

Rhiannon Slam

Page 2: Digital Microscope Alissa Galik And Rhiannon Slam

Wood Chip

Page 3: Digital Microscope Alissa Galik And Rhiannon Slam

Dandelion

Page 4: Digital Microscope Alissa Galik And Rhiannon Slam

Berries

Page 5: Digital Microscope Alissa Galik And Rhiannon Slam

Dead Flower

Page 6: Digital Microscope Alissa Galik And Rhiannon Slam

Grass

Page 7: Digital Microscope Alissa Galik And Rhiannon Slam

Pinecone

Page 8: Digital Microscope Alissa Galik And Rhiannon Slam

Weed

Page 9: Digital Microscope Alissa Galik And Rhiannon Slam

Dead Leaf

Page 10: Digital Microscope Alissa Galik And Rhiannon Slam

Earring

Page 11: Digital Microscope Alissa Galik And Rhiannon Slam

Ring

Page 12: Digital Microscope Alissa Galik And Rhiannon Slam

Computer Chip

Page 13: Digital Microscope Alissa Galik And Rhiannon Slam

Fabric

Page 14: Digital Microscope Alissa Galik And Rhiannon Slam

Task 1.List or items gathered:

Blue berryShellUSB Port from a computerDead FlowerLive GrassUnstained wood chipGreen LeavesDandelionPineconeSilver ringYellow diamond earringEveryday fabrics (jeans and shirts)

Some items we would have liked to see under the microscope but couldn’t bring to lab were: a tree, concrete, pond water, car paint, mud, cat fur, and other fabric other than the ones we are wearing, for example silk or taffeta.

Task 2.The biggest thing that was surprising was the different fabrics. The grains on jeans are easily visible but on some tops, you can’t really see what they look like. I was also surprised with how

close the microscope got. We looked at all of our items under the microscope, and found that the items that we thought would be pretty or interesting, weren’t that interesting or cool looking, and the items that don’t look that interesting at regular magnification were really interesting under the microscope. The items that were gathered from nature seemed to have the most interesting looking magnification images.

In some of the pictures we took, you can really see the grains in also. That is where all the plants nutrients come from. Start the lesson by explaining to them the basic parts of a plant, like for a flower and other smaller plants(roots, stem, bulb), for a tree (roots, trunk, leaves), for a pinecone (comes from a tree it gets its nutrients from the little veins that are visible). Show them were each of the little veins are that give the plant life and make sure they see that they all look different, not one plant is the same. Talk to them about the different things that plants need to help keep them alive (water, sun, air, nutrients in the soil). Then give them a worksheet with a couple of the pictures on it and ask them to show where that plant gets its nutrients. Meant for 3rd graders.

Digital microscopes help with this because for most things in nature, it is hard to see where the plants little veins are on the different kinds of plants. The microscope allows them to see it up

close and be able to understand it better. Task 3Categories: We broke up the items into categories of natural and non-natural or manmade items. This was an easy decision since most of everything we gathered was either directly from

outside or we borrowed from the class collection. The items we borrowed from the class collection that were not natural were things like a computer chipPhotosynthesis, Flower, Leaf, Root, Stem, Nutrients, Veins, Trunk, Microscopic, Magnification, EcosystemWebsites:http://www.enchantedlearning.com/subjects/plants/label/plantsimple/*has a worksheet that can be printed out for labeling *has some vocabulary words http://www.bbc.co.uk/schools/ks2bitesize/science/living_things/help_plants_grow/play.shtml*gives the students a wonderful game to play to see if they can get a plant to grow to as tall as possiblehttp://www.mbgnet.net/bioplants/grow.html

*gives a really great video showing how a seed pops out of a plant