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The resolution of an objective lens is given by the formula R = 0.61 * λ / NA, where R is the resolution, λ is the wavelength, and NA is the numerical aperture. For a 1.25 NA lens with a wavelength of 520nm, the resolution would be approximately 266nm. For a 0.25 NA lens with the same wavelength, the resolution would be around 1330nm.
The second lens, known as the objective lens, is crucial in a microscope as it magnifies the image of the specimen. Without the objective lens, the details and structures of the specimen would not be visible at a microscopic level. The combination of the objective lens and the eyepiece lens allows for greater magnification and better resolution in microscopy.
The distance between the objective and the specimen being observed would be the least under high magnification. Higher magnification requires the objective lens to be closer to the specimen in order to achieve detailed resolution.
It depends on the specific use case. High magnification and lower resolution would be better for observing fine details in a smaller area, while low magnification and high resolution would be better for seeing the bigger picture with greater clarity.
The stimulus in the pupil reflex would be light
The resolution of an objective lens is given by the formula R = 0.61 * λ / NA, where R is the resolution, λ is the wavelength, and NA is the numerical aperture. For a 1.25 NA lens with a wavelength of 520nm, the resolution would be approximately 266nm. For a 0.25 NA lens with the same wavelength, the resolution would be around 1330nm.
The second lens, known as the objective lens, is crucial in a microscope as it magnifies the image of the specimen. Without the objective lens, the details and structures of the specimen would not be visible at a microscopic level. The combination of the objective lens and the eyepiece lens allows for greater magnification and better resolution in microscopy.
Example sentence - If he were any good at conflict resolution he would have a better paying job.
"A 720p resolution would be better than other smaller numbered resolution and is much better than traditional tube televisions. However, a 720p resolution television is not necessarily better or worse than a 1080i. Each is best for different types of viewing."
100x objective on the microscope is the most commonly used in microbiology because if you got a higher objective you would just have higher magnification. But you would not be able so see the details.
The distance between the objective and the specimen being observed would be the least under high magnification. Higher magnification requires the objective lens to be closer to the specimen in order to achieve detailed resolution.
If all companies had an objective of maximizing shareholder wealth would people overall tend to be better or worse off?
It depends on the specific use case. High magnification and lower resolution would be better for observing fine details in a smaller area, while low magnification and high resolution would be better for seeing the bigger picture with greater clarity.
The pupil would get a prize.
One villain is that the better villain objective would be conquering the world because conquering the world would be all yours and you would be the ruler and ultimate master of it however another opinion is the better objective would be Mesogog's goal of turning the planet back to the age of the dinosaurs because there would be no technological advancements and therefore no way to create a team of Power Rangers with Earth technology.
The stimulus in the pupil reflex would be light
My favorite pupil will not be attending class tomorrow.