The answer is abbe’s resolution limit in which RL is equals to 0.612 the wavelength divided by NA. This is the minimum distance between objects when you can still see them as separate objects. In addition, the shorter the wavelength is better and the larger numerical aperture is better. <span />
1. Atomic Mass - protons + neutrons in the nucleus of an atom
2. Neutron - the neutrally charged element in the nucleus of an atom
3. Atomic Number - the number of protons an atom has
4. Proton - the positive particle in the nucleus of an atom
5. Isotope - an atom of an element that has a different number of neutrons that the standard atom of that element
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Answer:
(a) 0.061 m/s
(b) 0.103 m/s
Explanation:
From the law of conservation of momentum, the sum of initial momentum equals the sum of final momentum
Momentum, p=mv where m is the mass and v is the velocity
where is the common velocity, is the velocity of the ball and are masses of the ball and person respectively
Substituting the given values then
(b)
Momentum, p=mv where m is the mass and v is the velocity
is the velocity of the ball , is the velocity of ball afterwards and is your speed, and are masses of the ball and person respectively. Since it bounces back, we give it a negative value hence
Answer:
pursuing a goal
Explanation:
Since there are no answer choices provided I would say that this is an example of pursuing a goal. This is basically all of the tasks and struggles that an individual must go through in order to finally achieve a certain goal. It also involves gradually breaking barriers and pushing forward by increasing the complexity of the tasks until you are able to break through all of them to reach the end-goal that you have been striving for. Which is exactly what John has been doing in this scenario by gradually increasing his running time.
Explanation:
Taking the incident light to be traveling in the + x-direction so that it is at normal incidence to the left side of the film(referred to as the "Front side"). This means the beam transmitted into the liquid is essentially as strong as the incident beam.
Almost all the light that is reflected off the back surface will get through the front surface. (But only 2.78% gets re-reflected off the the front surface back to the right) this means that there are two beams reflected to the - x-direction, one from the front surface and one from the back, and these beams are of almost equal intensity.
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