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Each carbon has the potential to bind four hydrogen atoms.
In each case, consider the local environment of each carbon atom.
Water solubility decreases exponentially with the addition of each carbon atom to the hydrocarbon chain.
The term saturated indicates that the maximum possible number of hydrogen atoms are bonded to each carbon in the molecule.
Our task was to grade each carbon dust sample by shaking it through a stack of brass filters, to calibrate its fineness.
Each carbon atom in a diamond is connected to four neighboring carbons, the bonds splayed out in a tetrahedral configuration, forming a strong, rigid three-dimensional crystal lattice.
In diamond, each carbon atom is bonded covalently in a tetrahedral arrangement, producing a strongly bonded and exceedingly close-knit but not closest-packed structure (see Figure 9C).
It is chemically inert and has a diamond structure in which each silicon atom and each carbon atom are surrounded tetrahedrally by four atoms of the other type.
The term unsaturated indicates that fewer than the maximum possible number of hydrogen atoms are bonded to each carbon in the molecule.
The four bonds for each carbon atom in the graphite structure are not arranged in a tetrahedron; three are in a plane.
In ethylene each carbon atom possesses two ordinary bonding pairs (linking it to hydrogen atoms) and one superpair (linking it to the other carbon atom).
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CEO of Professional Science Editing for Scientists @ prosciediting.com