This is a poorly phrased question.
Ionic bonds, such as NaCl (table salt) can be crystalline.
Covalent bonds, such as SiO2, SiO4, and diamond are crystalline.
Metallic bonds are typically crystalline.
The answer is that crystals can have a variety of different bonds! A crystal is formed of regular repeating units- nature doesn't care about the chemical bonds involved.
Firstly - ionic crystals, well known example common salt NaCl- consisting of electrically charged particles, "ions", Na+ and Cl-. (this is the answer some teachers expect.)
Secondly giant covalent molecules - nice example diamond- pure carbon joined by covalent bonds
Thirdly
Crystals can form from molecular substances- it can be difficult- but with care it can often be achieved- when definitive l X-Ray structure is determined - a lot of work often goes into producing a single crystal a single crystal of the substance. this is the method used to accurately show the structure of molecules in the solid state.
ionic bonds. not metallic or covalent bonds.
Metallic bonds are in a metallic lattic and covalent bonds are in a covalent lattice.
ionic bonds are in an ionic crystal lattice.
The above may be a view but most chemists would say that ionic, covalent or metallic bonds are associated with a crystal lattice. Crystal structures can be determined for all crystalline compounds which can be covalent, ionic or metals.
The kind of bond that produces crystalline lattices is an ionic bond. It is the complete transfer of valence electrons between atoms and commonly occurs in salts.
generally ionic bonds.However covalent bond also form when it is a good packing,eg.diamond
These characteristics are produced by an ionic bond. Perhaps metallic bonds among many atoms of a metal can also have crystalline structures and high melting points.
the atoms have big asses so do crystals
ionic bonds
clean
An ionic bond can be defined as a type of chemical bond formed through an electrostatic attraction between two oppositely charged ions. Crystal structure can be defined as a unique arrangement of atoms and molecules in crystalline liquid or solids,
A common type of point defect that occurs in a crystal of zinc sulphide is a vacancy defect. In this defect, an atom is missing from its lattice position, creating a gap or a vacancy in the crystal structure.
of crystals.
Electron(s) are tansferred tpo form a metal cation (positive charge) and a non-metal anion (negative charge). The ions combine to form a crystal lattice.
They are held together by an electrostatic force causing an ionic bond.
According to Wikipedia:"A diamond is a transparent crystal of tetrahedrally-bonded carbon atoms in a covalent network lattice that crystallizes into the diamond lattice which is a variation of the face centered cubic structure."
ionic bonds
An ionic bond can be defined as a type of chemical bond formed through an electrostatic attraction between two oppositely charged ions. Crystal structure can be defined as a unique arrangement of atoms and molecules in crystalline liquid or solids,
An sp4 bond exists between the carbon atoms in diamonds.
The hardness, density, and crystal structure.
A common type of point defect that occurs in a crystal of zinc sulphide is a vacancy defect. In this defect, an atom is missing from its lattice position, creating a gap or a vacancy in the crystal structure.
Coroot lattice is a type of lattice that is used in trellises. The pattern of coroot lattice resembles a checkerboard.
of crystals.
Electron(s) are tansferred tpo form a metal cation (positive charge) and a non-metal anion (negative charge). The ions combine to form a crystal lattice.
They are held together by an electrostatic force causing an ionic bond.
The bond is an ionic bond, an electrostatic attraction between oppositely charged ions. an example is NaCl which contains sodium ions, Na+, and chloride, Cl-, ions. The sodium chloride lattice is held together by electrostatic attraction between them.
Lattice may refer to: ; Art and design * Latticework an ornamental and/or structural criss-crossed framework, an arrangement of crossing laths or other thin strips of material * Lattice (pastry) ; Architecture and engineering * Lattice girder * Lattice tower * Lattice truss bridge ; Mathematics * Lattice (mathematics), any of the following: ** Lattice (order), a type of partially ordered set *** Concept lattice *** Lattice of subgroups **** Lattice theorem, a correspondence between lattices of subgroups ** Lattice (discrete subgroup), a discrete subgroup of a topological group with finite covolume ** Lattice (group), a repeating arrangement of points *** Bravais lattice, 14 possible arrangements of repeating points in 3-D *** Coxeter-Todd lattice *** Hexagonal lattice or Eisenstein integers *** Integer lattice *** Niemeier lattice *** Reciprocal lattice *** Square lattice or Gaussian integers *** Unimodular lattice, such as the Leech lattice or E8 lattice *** Arithmetic lattice, a lattice derived from a division algebra ** Bethe lattice, a regular infinite tree structure ** Lattice graph ** Lattice multiplication, a form of long multiplication suitable for hand calculation ; Science * A crystal structure fitting a lattice arrangement * Kagome lattice * Lattice model (physics), a model defined not on a continuum, but on a lattice ; Medicine * Lattice degeneration of the retina ; Companies and Organizations * Lattice Semiconductor, an electronics company * Lattice, Incorporated, a software company and makers of Lattice C * Lattice Group, a former British gas transmission company