Double bond
The atoms are arranged in a rigid structure.
in graphite the layers of carbon atoms slide over eachother making it feel greasy in the case of diamong the rigid structure prevents any movement
It is the structure of the combination of carbon atoms. In diamond , each carbon atom combines tetrahedrally with dour adjacent carbons atoms. This gives it a very hard and rigid structure. In graphite each carbon atom combines hexagonally with three adjacent carbon atoms , leaving a 'free' electron in uncombined form . This gives graphite a softer structure, which can slide over each other as sheets of carbon atoms.
Diamonds are formed from carbon, which is also the base mineral of coal: written another way, both are allotropes -- elementary substances -- of carbon. The difference is in the arrangement of the carbon atoms, with diamonds being examples of an extremely rigid lattice.
Solids are rigid and hard because they have no definite shape and volume and they're tightly packed
friction
it's was a lever ..........
A lever.
The high school curriculum is too rigid and does not allow students to excel in their specialties.
Because carbon atoms fill in some of the iron atoms in the latticework, making it more rigid.
The atoms are arranged in a rigid structure.
No. The crust is rigid; it does not allow convection.
The atoms are arranged in a rigid structure.
The atoms are arranged in a rigid structure.
JOHN DALTON proposed the atomic theory that COMPARED AtOmS to MARBLES. His theory stated that atoms are "rigid spheres" that cannot be broken. JOHN DALTON proposed the atomic theory that COMPARED AtOmS to MARBLES. His theory stated that atoms are "rigid spheres" that cannot be broken. my AWESOME teacher MR.ROMANO told me that PS.student from godwin middle school (virginia) [2008-2009]
Any rigid body can rotate if it moves repeatedly about a fixed axis. If the axis is inside the body that is also called revolving.
Saturated fats. Also called hydrogenated fats.