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Will you be able to distinguish two points that are 300nm apart as being separate or will they blur into one?
Whether two points that are 300 nm apart can be distinguished as separate depends on the resolving power of the imaging technique used. For optical microscopy, the diffraction limit typically allows resolution down to about 200 nm, meaning that points 300 nm apart may appear as a single blur. However, techniques like electron microscopy, which have higher resolution capabilities, could distinguish them as separate points. Thus, the ability to distinguish depends on the method employed.
Will you able to distinguish two points that are 330 nm apart as being separate or they will blur into one?
Whether two points 330 nm apart can be distinguished as separate depends on the resolution limit of the imaging technique used. For optical microscopy, the diffraction limit typically restricts resolution to about 200-250 nm, meaning that points closer than this may blur together. However, techniques like electron microscopy can achieve much higher resolution, allowing for the distinction of points separated by 330 nm. Therefore, the ability to distinguish them depends on the method employed.
Why do you have to put a zero when you write 1604?
Otherwise you would not be able to distinguish it from 164.
Does it make sense to connect the points on a graph why or why not?
It makes sense to connect the points on a graph when the variable ont the x axis (bottom line) is able to be split, ex. time
Does a line contain four non-coplanar points?
No, a line cannot contain four non-coplanar points. By definition, coplanar points are points that lie in the same plane, and any three points determine a plane. Since a line consists of an infinite number of points that are linear, any additional point beyond two points on a line will not be able to create a non-coplanar arrangement with those already on the line. Thus, four points on a line must be coplanar.
Will you be able to distinguish two points that are 300nm apart as being separate or will they blur into one?
Whether two points that are 300 nm apart can be distinguished as separate depends on the resolving power of the imaging technique used. For optical microscopy, the diffraction limit typically allows resolution down to about 200 nm, meaning that points 300 nm apart may appear as a single blur. However, techniques like electron microscopy, which have higher resolution capabilities, could distinguish them as separate points. Thus, the ability to distinguish depends on the method employed.
Will you be able to distinguish two points that are 250 nm apart as being separate or will they blur into one?
According to Wikipedia (see link), a human eye with excellent acuity can distinguish between lines that are 0.35 mm apart, held at a distance of 1 meter. That is 350 micrometres or 350,000 nm - somewhat larger than the 250 nm in the question!
Will you able to distinguish two points that are 330 nm apart as being separate or they will blur into one?
Whether two points 330 nm apart can be distinguished as separate depends on the resolution limit of the imaging technique used. For optical microscopy, the diffraction limit typically restricts resolution to about 200-250 nm, meaning that points closer than this may blur together. However, techniques like electron microscopy can achieve much higher resolution, allowing for the distinction of points separated by 330 nm. Therefore, the ability to distinguish them depends on the method employed.
Will you be able to distinguish two points that are 330 nm apart as being separate or will they blur into one?
If the numerical apertures of the condenser and low power objective lenses are 1.25 and 0.205 respectively and you are supplied with a filter that selects a wavelength of 521 nm then the answer is YES! 520/(1.25 + 0.25) = 347 nm and your two points in question are shorter in distance as they are only 330 nm apart.
What mammal is able to distinguish colors?
Humans
Humans can distinguish colors What is the only other group of mammals that are able to do so?
cats also can distinguish there color
How can you use the word distinguish in a sentence?
This person distinguished my heart. She had a distinguished look in her eye I was able to distinguish him by his hair.
What groups of mammals can distinguish color?
Studies on the eye structure of marsupials suggests they are able to distinguish colours.Some primates are able to see colour, but this tends to be restricted to species which are diurnal, rather than nocturnal.
A sentence with the word distinguish?
This word means to be able to tell several similar-looking things apart. While all seeds look the same to me, a bird has special vision that helps it to distinguish between different types. (There is also an adjective, "distinguished," which means very respected, coming from an excellent background or social class: The president of our university comes from a distinguished family of scholars.)
Why do you have to put a zero when you write 1604?
Otherwise you would not be able to distinguish it from 164.
Humans can distinguish colorswhat is the only group of mammals that are able to do so?
The only other group of mammals that is able to distinguish colors is the cat family. Several animals are color blind, or see in black and white.?æ
Are you able to hide your trust points from other users on Wikianswers?
No, you are not able to hide your trust points from other users.
