the color of the magazine picture looks different because the colors of the picture aren't solid colors. They are colors with an array of black dots. It just looks solid because the dots are so tiny, you can't see them with the naked eye.
The root "chrom" refers to color. It is commonly found in words related to color or pigmentation, such as "chromosome" which refers to the structures that contain genetic material and are typically stained to appear visible under a microscope.
Chemicals used to make specimens visible under a microscope are called stains or dyes. Stains help enhance the contrast and highlight specific structures within the specimen, making them easier to visualize and analyze under the microscope.
A homogeneous mixture, such as milk or mayonnaise, appears smooth to the naked eye but contains different components that can be observed as speckles or particles under a microscope. This smoothness is due to the even distribution of the particles at a microscopic level, making the mixture appear uniform.
Stains are used to add color and enhance the visibility of specimens under a microscope. They help highlight specific structures or components of cells or tissues that would otherwise be difficult to see. Staining techniques also help researchers and scientists in identifying and studying different cell types and structures.
the color of the magazine picture looks different because the colors of the picture aren't solid colors. They are colors with an array of black dots. It just looks solid because the dots are so tiny, you can't see them with the naked eye.
Usually printed colors are not solid colors but rather a series of closely grouped dots of several colors. What you are seeing could be just a dot of the color matrix instead of the whole. Read more: Why_does_ONE_color_of_a_magazine_picture_look_different_when_you_look_at_it_under_a_microscope
amoebas are clear under a microscope
You should look at anything interesting under a microscope! I once got a small toy microscope at a book fair. I looked at many things but the thing that interested me the most was the picture in a book. If you look at a color in a picture in a book you will see that it's not yellow (or any color) that your looking at! It's really millions and millions of different colors! It's sooo... AWESOME!!! :-)
Objects appear larger and more detailed under a microscope due to magnification, allowing us to see structures that are not visible to the naked eye. The increased magnification also reveals finer details and textures that may not be apparent when viewed normally. Additionally, color contrast can be enhanced under a microscope to make different features stand out more clearly.
Yes, different blood types have distinct characteristics when viewed under a microscope. Red blood cells may appear different in size, shape, and color depending on the blood type. Additionally, white blood cells can also vary in number and morphology between individuals.
There are really small black dots that are uniformly throughout the colored picture of a magazine. These dots are invisible to the naked eye, but can be magnified and viewed by a microscope.
No, stains on microscope specimens are used to increase contrast and highlight specific structures or organelles. The color imparted by the stain helps differentiate different components of the specimen for easier observation under the microscope.
There are many different science magazines available for children under 12 years of age. One such popular magazine is the MUSE magazine, which is offered on the Cricket Magazine website.
Staining the onion cells allowed for better visualization of the cell structures. It added color to the cells, making them more distinct and easier to observe under the microscope. This made it easier to identify the different parts of the cells, such as the nucleus and cell wall.
Purple
The specimen appeared as a collection of individual cells or particles, which were visible at a very high magnification. The color, shape, and arrangement of the specimen's components could be observed in detail under the microscope.