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Which of these takes up the most space in an atom?
The thing that takes up the most space of an atom at about 99.99% of the size of the atom is empty space. The majority of the remaining 0.01% is found in the nucleus and about 0.00001% of the atom is taken by the electrons.
When most materials get smaller do they have less space between them?
Yes, when materials get smaller, the spaces between their particles generally decrease. This is because the relative volume occupied by the material's particles becomes greater as the material is compressed or made denser.
Where is the proton located in an atom?
In the nucleus of the atom, along with neutrons. The electrons are found around the nucleus. If the atom was the size of a Baseball stadium, the nucleus would be the size of a baseball! Most of the space in an atom is taken up by the electron cloud which surrounds the nucleus. That is why atoms are actually mostly empty space.
What type of condensation nuclei are most likely to cause clouds to form?
Aerosols such as dust, sea salt, and smoke are types of condensation nuclei that are most likely to cause clouds to form. These particles provide surfaces for water vapor to condense and form cloud droplets.
Which type of condensation nuclei are most likely to cause cloud to form?
Cloud condensation nuclei (CCN) are usually Sulfate aerosol (SO42- and methanesulfonic acid droplets).
Is Most of the volume occupied by a piece of copper is taken up by the copper nuclei true or false?
False. Most of the volume occupied by a piece of copper is taken up by the electrons moving around the copper nuclei. The size of the atomic nuclei is very small compared to the overall size of the atom.
Is most of the space occupied by a thin gold film taken up by the nuclei?
No. Ernest Rutherford's experiments showed that the majority of the thin gold film is made up of empty space.
Is most of the volume occupied by a piece of copper is taken up by the volume of the copper nuclei?
No, most of the volume occupied by a piece of copper is taken up by the electrons surrounding the copper nuclei. The electrons occupy a much larger volume compared to the nuclei due to their lower mass and ability to move more freely within the atomic structure.
What is most of space taken up by?
Most of space is taken up by the rarest, least dense nothingness imaginable.
What is most of outer space taken up by?
Most of space is taken up by the rarest, least dense nothingness imaginable.
Is most of the cell volume of adipose tissue occupied by the nucleus?
no. Only 1/6 th of the place is taken by the nucleas.
The space in which the electrons move is huge compared to the space occupied by the?
The space in which electrons move is huge compared to the space occupied by the atomic nucleus. Electrons are found in electron clouds that extend far beyond the nucleus, making up most of the volume of an atom. The nucleus, where the protons and neutrons are located, is very small in comparison.
What takes up most of the space of an antom?
Most of the space in an atom is taken up by the electron cloud, which surrounds the nucleus. Electrons orbit the nucleus at varying distances, creating a region of probability where they are likely to be found. While the nucleus itself is very small and dense, containing protons and neutrons, the vast area occupied by the electron cloud accounts for the majority of an atom's volume.
Does liquid occupies space?
Water placed in a bottle occupies the space within the confines of the bottle. Even if the water was poured out onto the table, it still takes up space as it drips off the table and onto the carpet below.
Which is the best Windows for your desktop?
Windows 7 might be taken into category, as it is new & according to me it'll be soon among the most 'virus-occupied' Windows!!
Most of an atom is occupied by?
most of an atoms is taken up by
What word is most an atom occupied by nearly massless electrons?
An "atom" occupied by nearly massless electrons would most likely be referred to as a "plasma." Plasma is the fourth state of matter where the electrons are not bound to any specific atom, but rather move freely throughout the substance.
