Atomic radius of an atom cannot be measured directly. The reason is that atoms are not found in isolation or a single atom is always in unstable form and it wants to make bonds with the other atoms. There are electrons which are present in the outer most shells of the atoms. Therefore, when an atom reacts with the other atom then it can gain electrons (which increases its size of shell) or loses its electrons (decreases the radius of the shell). The atomic radius of the atom is usually considered as the distance of nucleus from the outer most shell and hence if an electron reacts then the atomic radius can be changed therefore, atomic radius is considered as the half of the distance between the nuclei of two atoms forming bond with each other.
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the uncertainty principal means any measurement made on a system will, in fact, change the system itself and introduce a fundamental uncertainty into measurements of all other Why_the_radius_of_an_atom_cannot_be_measured_directlyof that system. the product of the uncertainty in the position and momentum is greater than, or at best equal to , h/4pi. this uncertainty is, in fact, about 100 times the diameter of a hydrogen atom, so this principal will not even allow us to determine if the electron is within the atom!
we can not see atoms because they are so small that the electrons can crcle around the atom many tmes. the protons and neutrons in the neucleus are so small there can be lke 300 klograms of oqygen radon or even hydrogyn n your house and not even know it. that just proves that you cant see atoms
-- The nucleus of the atom compared to the size of the whole atom is similar to
a bunch of grapes compared to the size of Texas.
-- If you want to SEE an atom, you would need to shine light on it and then magnify
the image formed by the light that reflects from it ... exactly what you have to do
if you want to see your hand or your car. Unfortunately, the wavelength of your
visible light is something like 70,000,000,000 times bigger than the atom, so it's like
trying to feel the shape of a mosquito with a feeler that's 40,000 miles wide.
-- You could use light with shorter wavelengths, but then the photons of light would
carry enough energy to strip the electrons away from the atom, and the act of
looking at it would change what it looks like.
-- And finally, you'd need a microscope with a magnification of something like
100,000,000,000,000 to make an atom look the size of a mosquito.
It is because the alpha particles are so small, even the best telescope (microscope) could not even see them.
Yes.
Because they are to small to be looked inside of. They are much smaller than a period
Atoms are very small. An atomic Microscope is powerful enough to almost see an atom, but cannot.
Because atoms may be to small to study directly so they do the best with the information and technology they have.
Meghan Rooney. 9b, 14years old.
they too small
this is not giving me any answers
A ugly boy named Patrico Gillespie
because they are to small for anyone to study.
Scientists study molucles under a microscope in order to determine what atoms make up the molucle. For example, if you looked at a carbon dioxede molucle under a microscope you would see that it`s made of one carbon atom and two oxygen atoms. This is my first quistion so I hope I helped!
What have scientists learned after close study of the chemical structure of the cell and its nucleus?"
Bubbleologist i guess
yes
because they're so small.
microscope
A special telescope that is used to study the Sun's corona is called a coronograph.
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Because, atoms are so small they can fit on the tip of a pencil.
because they are to small for anyone to study.
Albert Einstein was the person who propesed the atomic theory and the study of atoms.
Well the atoms are never going to change but, as you can see the more scientists study the atom we have the ability to add to our technology.
They often use a particle accelerator to smash individual atoms together which release energy in a specific pattern. They study the release of energy to determine certain aspects of atoms.
After making thier observations, scientists study their data looking for what?
satellites
In a special Space hotel called a Robitanator