0
Yes they can. They form a giant lattice meaning that the layers can slide past each other. That's why pure metals aren't really that strong.
Wiki User
∙ 11y ago
Add your answer:
Earn +20 pts
How does adding larger metal atoms to a metallic lattice make the metal harder?
so by adding larger atoms to a mettalic lattice would make the atoms not to slide over each other easily
Is bending a metal pole a physical of chemical change?
no because the atomic structure of the atoms in the metal will not chemically change. the free (delocalised) electrons in a metal form non-directional bonds with the atoms. there are also layers of atoms in a metal and these slide over each other and do not break.
What are three differences between ionic bonds and covelant bonds?
Ionic bonds are formed between metal atoms and non-metal atoms. The metal atoms lose electrons and form positive ions, but the non-metal atoms gain electrons and form negative ions. Since the atoms both now have opposite charges, they are attracted to each other and form an ionic bond.However, covelant bonds are formed between two or more non-metal atoms. The atoms share electrons rather than losing or gaining electrons from each other.
Are non-metals flexible?
No, non-metals are not malleable simply because of the way the atoms are arranged. In metals the atoms are arranged so they will just slide past each other but in non-metals the atoms are arranged differently so they on't just slide past each other.
The particles in liquids what past each other?
They slide past each other
What happens to the atoms in the metal when a piece of copper is pulled into a wire?
The atoms slide over each other and thefore are placed in a new structure.
How does adding larger metal atoms to a metallic lattice make the metal harder?
so by adding larger atoms to a mettalic lattice would make the atoms not to slide over each other easily
Is bending a metal pole a physical of chemical change?
no because the atomic structure of the atoms in the metal will not chemically change. the free (delocalised) electrons in a metal form non-directional bonds with the atoms. there are also layers of atoms in a metal and these slide over each other and do not break.
Why is it impossible to slide solid objects through each other given that atoms are mostly empty space?
The electromagnetic field surrounding each atom repels all other atoms.
What are three differences between ionic bonds and covelant bonds?
Ionic bonds are formed between metal atoms and non-metal atoms. The metal atoms lose electrons and form positive ions, but the non-metal atoms gain electrons and form negative ions. Since the atoms both now have opposite charges, they are attracted to each other and form an ionic bond.However, covelant bonds are formed between two or more non-metal atoms. The atoms share electrons rather than losing or gaining electrons from each other.
Are non-metals flexible?
No, non-metals are not malleable simply because of the way the atoms are arranged. In metals the atoms are arranged so they will just slide past each other but in non-metals the atoms are arranged differently so they on't just slide past each other.
When non metal atoms bond with each other what kind of electron configuration does each nonmetal atom tend to rnd up with?
Non-metal atoms form covalent bonds in which their unpaired valence electrons are shared between the atoms. This sharing has the overall effect of giving both atoms an octet of valence electrons, or two valence electrons in the case of hydrogen.
The particles in liquids what past each other?
They slide past each other
Which of these best desribe why metal has the specific physical property of malleability?
The free electrons enable the atoms to move and roll over each other.
What do The electron sea model for metals suggests that?
Metals are described as malleable because of the ability of the atoms to roll over each other into new positons.
How do scissors work?
Two pivoted metal blades connected through a joint in such a way that the sharpened edges slide against each other and cut the material.
Why are pure metal soft and their alloys are hard?
why alloys are harder than pure metalsMaterials are harder the more difficult it is to make their atoms slide past each other. This is relatively easy in pure metals because all atoms are the same size, and "slip planes" along which movement is easy are present. Alloys contain 1 or more other types of metal atoms which don't fit nicely into the parent metal's crystal structure and make the slip planes "bumpy" - so they are harder to slide along = harder. Some of the metals in their pure form are softer by nature. They are to be made stronger by adding suitable elements like sliver and copper to goldWhen it comes to Cast Iron this metal is hard. By adding carbon, nickle ,silver etc the Iron can be made malleable. The Metallurgy will be the subject to deal with this.
