Using the largest objective (usually 100x) on a microscope can cause the objective lens to come in contact with the slide, potentially damaging both the lens and the slide. It can also result in the image being out of focus because the working distance is very small. Smaller objectives (40x or 60x) are typically used for high magnification to prevent these issues.
To measure the size of a microscopic object using a micrometer, you can place the object on a glass slide under a microscope and use the micrometer on the microscope to measure its dimensions in micrometers. Alternatively, you can use image analysis software to measure the object's size based on images taken with a microscope.
You cannot see microbes with the naked eye, hence their name. To see them requires magnification such as a microscope.
An optical microscope cannot be used to see a plasma membrane because the plasma membrane is composed of lipid bilayers that are too thin to be resolved by the limited resolution of an optical microscope. Additionally, the plasma membrane is transparent and lacks sufficient contrast for visualization using an optical microscope. Specialized techniques such as electron microscopy or fluorescence microscopy are better suited for imaging the plasma membrane.
Microscopes and hand lenses help magnify the tiny parts that make up matter, such as atoms and molecules, making them visible to the human eye. Without this magnification, these microscopic particles are too small to be seen.
The movement of water molecules is too small and fast to be seen with the naked eye. Additionally, the individual molecules are small and transparent, making them difficult to observe even under a microscope.
i cant explain
because you didn't refocus the microscope.
You can not use a regular compound microscope, you need a scanning electron microscope (SEM) as they are too small.
by the use of microscope
you cant see atoms
That is certainly not true. A "compound" microscope is one that has an objective AND an ocular. Typically the front focal distance is so short that illumination through the specimen is most common. A "simple" microscope has only one magnifying lens group, not two or more. Short front focus makes lighting from the side more difficult but not impossible or even rare.
There're two knobs at the side of a light microscope (this is just my experience, it may be different if you're using different brands of microscope or even an electron type microscope). For first focus, adjust the larger knob (also known as rough adjustment) followed by the final focus (to sharpen the image), by adjusting the smaller knob (known as fine adjustment).
They are to SMALL to be seen by any microscope!
to identify smaller objects you cant see and to make it into a bigger image
becauseu can scratch the lense and then you cant see out of it
The human eye is not designed to see microscopic things.
normaly it comes with the phone on menu if you cant find it there look through all the slides