Fun learning about the microscopic world around us.
Oh, the things we do for science!
This makes them lighter, fluffier and gives them the desired crispiness.
A really close look?
It is basically cloth!
you might do it with a regular magnifying glass or even with your naked eye in some cases.
Cheerios Under Microscope at 40X Magnification
They are so close together, in fact, that it tricks our eyes into seeing a different color.
you’re free to view a few different shots of newspapers below taken at 40X magnification.
Some plants have cells that are more visible than others and one of those you probably eat often.
Crayon Under Microscope at 100X
Salt tends to form basic cubes while sugar forms into more hexagonal elongated pillars.
Here is a shot of an organic sugar crystal at 100X magnification.
Well whoever coined that expression hadnt ever seen a penny under a microscope.
Marker Under Microscope at 100X
It all comes down to the surface characteristics.
Many serrated blades are just a traditional sharpened blade with notches cut perpendicular across the blade edge.
Some softer foods like bread, tomatoes or a steak are just easier to cut with a serrated edge.
Red Fiber Found in U.S. Currency – Viewed at 40X
This could lead to breakthroughs in the cleanup and recycling of all types of plastics.
Well its all about size.
Thats because toothpaste is usually over 50% abrasives.
Blue Fiber Found in U.S. Currency – Viewed at 40X
The cuticle layer which forms the outer layer of the hair consists of scales.
These scales are usually classified into 1 of 3 categories, Coronal, Spinous and Imbricate.
The imbricate scale pattern is more flattened and typically seen in human and a lot of other mammal hair.
Grey Newspaper Color at 40X
Orange Newspaper Color at 40X
Newsprint at 40X
Onion Epidermis Magnified to 40X
Organic Sugar Crystal Under the Microscope
The Smooth Surface of a Penny at 40X Magnification
Serrated Blade at 40X Magnification
Styrofoam Magnified at 100X
Tea Bag Under the Microscope
Toothpaste Viewed at 100X Magnification
Human Hair at 100X Magnification
