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.
When an onion slide is placed under a microscope, you can observe the cell structure, cell walls, cell membranes, and possibly the nucleus of the onion cells. The cells will appear as small, rectangular shapes with distinct boundaries. Additionally, you may see any organelles present within the cells.
In a light microscope, algae cells appear as green or brownish-colored structures with varying shapes and sizes, often showing distinct cell walls and chloroplasts. In an electron microscope, algae cells exhibit more details due to higher magnification, revealing the ultrastructure of organelles like chloroplasts, mitochondria, and the cell wall with higher clarity. The electron microscope can provide a deeper understanding of the internal components and structural features of algae cells compared to a light microscope.
Yes, frogs can see humans and distinguish them from other objects in their environment. Frogs have good vision and can perceive different shapes, colors, and movements, allowing them to recognize and react to humans as distinct entities.
No, ringworm does not always have to appear in a circular shape. It can present in various shapes and sizes on the skin.
The hot-stage microscope is used to observe how a material behaves at different temperatures by heating it and using a microscope to view its changes. The GRIM 3 is a software package used for quantitative analysis of grain and particle shapes in rocks and sediments. Both tools are helpful in studying the physical properties of materials under various conditions.
Becouse people have different eyes and telescopes
Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.Yes, pictures, shapes and other objects can serve as hyperkinks.
Becouse people have different eyes and telescopes
easier for us to knowing different objects by their shapes, colours and textures
Dinoflagellates appear as single-celled organisms that have a distinct shape, with two flagella that they use for movement. Depending on the species, they can have different shapes ranging from spherical to elongated or even armored with plates. Under a compound microscope, their cell structures and any photosynthetic pigments they contain can be visible.
Yes, gravity affects objects of different sizes in the same way. It depends on the mass of the objects and the distance between them. All objects are attracted to each other by gravity, following the universal law of gravitation.
Yes. Also, objects of different mass, whether or not they have the same shape. With normal Earth gravity, i.e., near the Earth's surface, they will accelerate at about 9.8 meters/second2. This assumes that air resistance can be neglected; once air resistance becomes significant, the acceleration will be less.
metals were moulded to form objects in a blacksmith shop by heating metals or by pressing it to form different shapes.
The reasons are the same as why a bird's eye view of your house would be different from the front or side elevations.
Cigarettes...
it makes it do it by the shape in a microscope
The different shapes of the moon depend on the position of it, the earth and sun. The moon doesn't actually create light. it reflects it from the sun. The earth simply blocks some of the light, creating a shadow on the moon.