when viewing objects under high-power, the field of view is smaller, but you are able to see more details.
when viewing objects under high-power, the field of view is smaller, but you are able to see more details.
when viewing objects under high-power, the field of view is smaller, but you are able to see more details.
when viewing objects under high-power, the field of view is smaller, but you are able to see more details.
When viewing an object under higher magnification, you can see a larger field of view and take in more surrounding details. However, the resolution or sharpness of the image may decrease slightly compared to viewing at lower magnification, which can affect the ability to see fine details or textures up close.
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The mirror is slightly convex (domed outward). This gives the mirror a larger viewing area. The trade-off for this larger viewing area is that objects seem smaller. One way to think about it is that you are viewing more stuff in the same size mirror. To fit more stuff in your view, the stuff you are viewing must be smaller.
The advantage of LPO (Low Power Objective) is that it provides increased magnification and resolution for viewing smaller details on a specimen. The disadvantage is that it has a smaller field of view and less depth of field compared to lower magnification objectives. The advantage of HPO (High Power Objective) is that it offers even higher magnification for detailed examination of specimens. The disadvantage is that it has a very narrow depth of field, making it challenging to focus on thicker specimens or to view multiple layers simultaneously.
Objects appear smaller in size as they move farther away from us because our eyes perceive them as occupying a smaller portion of our field of view. This is known as the concept of "visual angle." The farther an object is, the smaller its visual angle, making it appear smaller to us.
Reflections from convex mirrors make objects appear smaller because the light rays diverge away from each other after reflecting off the mirror surface. This causes the image to be smaller in size compared to the actual object.
When viewing specimens or objects under a microscope, it should be set to a low power first. This allows for a wider field of view that makes an object easier to locate.
When viewing specimens or objects under a microscope, it should be set to a low power first. This allows for a wider field of view that makes an object easier to locate.
In microscopy, the objective lens with a smaller field of view but greater magnification is typically the higher-power objectives, such as the 100x oil immersion lens. These objectives provide a narrow field of view but allow for detailed observation of smaller structures due to their higher magnification capabilities. This trade-off is essential for examining intricate details in specimens, such as cellular structures or microorganisms.