What do you call the ability of an object to resist compressive forces? resistivity false resistance false rigidity true rheology false false 0 Single 0 What is the basic building block of a crystal lattice called? tetrahedron false ion false structure false unit cell true false 0 Single 0 The KMT for solids assumes that solid particles: have high internal energy false can't attract or repel each other false are compressible false have fixed positions true false 0 Single 0 The reason why the particles of solids have high intermolecular forces is because: an individual atom of a solid is dense false an individual atom of a solid attracts many electrons false they experience hydrogen bonding false they are located very close to each other true false 0 Single 0 What is the temperature and pressure condition under which a solid's molecules will be able to overcome their intermolecular forces and move freely? standard temperature and pressure false burning point false critical point false melting point true false 0 Single 0 Which of the following objects is an amorphous solid? diamond false graphite false glass true water ice false false 0 Single 0 What is the Born-Haber-Fajans Cycle used for? to transform amorphous solids into crystalline solids false to transform crystalline solids into amorphous solids false to calculate the lattice energy of a solid true to recycle amorphous plastics into new versions false false 0 Single 0 This refers to the type of crystal defect where there are misplaced ions within a solid's crystal lattice. Frenkel defect true Schottky defect false Substitutional defect false Misplaced defect false false 0 Single 0 Which of the following properties of a metal arises from the delocalization of its electrons? rigidity false ductility true solid at room temperature false high density false false 0 Single 0 A key property of a mineral is that it has: a crystalline structure true high melting point false no definite chemical composition false no way of being artificially made false false 0 Single 0