CBSE Class 12-science Chemistry Crystal Lattice
Learn some of the important concepts in the latest syllabus with TopperLearning’s CBSE Class 12 Science Chemistry the Solid State – Crystal Lattice. Revise the relation between cell edge and distance between atoms with our concept videos. In the online videos lessons, our expert explains how a crystal lattice is formed with lattice points.
Grasp the concept of crystal lattice with our CBSE Class 12 Science Chemistry topic notes and other revision materials. Practise the MCQs in our sample papers to evaluate your understanding of the concept. For resolving doubts related to crystal lattice and the other topics in The Solid State chapter, visit our UnDoubt section where our experts will assist you by answering your doubts.
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About Crystal Lattice
Relation between cell edge & distance between atoms. Calculate volume & mas -
Relation between cell edge & distance between atoms
Relation between cell edge & distance between atoms. Calculate volume & mas -
Crystal Lattice
Relation between cell edge & distance between atoms. Calculate volume &
- law spin complex of d6 cation in an octahedral field will have the following energy
- what do you understand by the space lattice and unit cell
- In a FCC lattice , atoms A occupy the corner positions and atoms B occupy the face centre positions. If one atom of B is missing from one of the face centred points, calculate the formula of the compound
- What is the formula of a compound in which the element Y forms hcp lattice and atoms of X occupy 2/3rdof tetrahedral voids
- what is the lattice parameter of GaAs? radius of Ga=122 pm, As=125 pm
- an fcc lattice has lattice parameters a=400 pm . calculate the molar volume of the lattice including all the empty space
- each edge of a cubic unit cell is 400 pm long. if atomic weight of the element is 120 and its density is 6.25 g/cm3. The crystal lattice is : a) simple cubic b)BCC c) FCC c) NONE
- What is a unit cell? Explain bravais lattices
- What is the formula of a compound in which the element Y forms hcp lattice and atoms of X occupy 2/3rd of tetrahedral voids
- CBSEXII| CHEMISTRYMOST IMPORTANT QUESTIONSwww.topperlearning.com2CBSEClass XII ChemistryMost Important QuestionsChapter 1: The Solid State1.What is the formula of a compound in which the element Y forms hcp lattice and atoms of X occupy 2/3rdof tetrahedral voids?[1M]2.Givean example each of a molecular solid and an ionic solid.[1M]3.An element with density 2.8gcm-3forms a fccunit cellwith edgelength 4 × l0-8cm. Calculate the molar mass of the element.[2M](Given: NA=6.022 × 1023mol-1)4.[2M](i)What type of non-stoichiometric point defect is responsible for the pink colour of LiCl?(ii)What type of stoichiometric defect is shown by NaCl? 5.How will you distinguish between the following pairs of terms?[2M](i)Tetrahedral and octahedral voids(ii)Crystal lattice and unit cell 6.Tungsten crystallizes in body centred cubic unit cell. If the edge of the unit cell is 315.5pm, what is the radius of tungsten atom? [3M]7.Iron has a body centred cubic unit cell with a cell dimension of 286.65 pm,the density of iron is 7.874 gcm-3. Use this information to calculate Avogadro's number. (At.Mass of Fe = 55.845 μ).[3M]8.An element with density 10 gcm−3forms a cubic unit cell with edge length of 3 × 10−8cm. What is the nature of the cubic unit cell if the atomic mass of the element is 81 gmol−1? [3M] CBSEXII| CHEMISTRYMOST IMPORTANT QUESTIONSwww.topperlearning.com39.(a)An element has a body centered cubic structure with a cell edge of 288 pm. Thedensity of the elements is 7.2 gcm-3. Calculate the number of atoms present is 208 g of the element.[3M](b) With example explain difference between crystalline and amorphous solids. [2M]Chapter 2: Solutions1.A 1.00 molal aqueous solution of trichloroacetic acid (CCl3COOH) is heated to its boiling point. The solution has the boiling
