Solid State SCC BCC FCC structure | Packing efficiency, Lattice point, Radius (fcc bcc scc)
Hello Students,
This is an Educational channel for Aspirants wish to get selection or boost their Rank in IIT-JEE and MEDICAL Entrance Exam. If you are genuinely serious about your career and studies, this platform will help you a lot. In today's time, there are many guardians who are in deep financial crisis and not able to afford proper education to their children and talent kills itself. Considering this we have started this channel. Here you will get Best IIT-JEE/MEDICAL content and seamless teaching from our renowned Teachers. Concept Classes welcome you all for in-depth knowledge of PCMB(PHYSICS, CHEMISTRY, MATHS, BIOLOGY) and make a deep understanding to know how to crack IIT-JEE & NEET-UG entrance exams in One attempt.
About this Video :-
Welcome to our YouTube channel! In this video, we will explore the concept of SCC, BCC, and FCC, which are essential topics covered in the Solid State Class 12 chemistry.
The solid state is the study of the arrangement of atoms, ions, or molecules in solids and their properties. Understanding the different types of crystal structures is crucial in this area, and SCC, BCC, and FCC are the three most common types.
Simple Cubic Crystal (SCC):
The SCC structure is the simplest and most basic type of crystal lattice.
In this structure, the constituent particles (atoms, ions, or molecules) occupy the corners of the cube, with no other particles in the center or at the face.
The coordination number of each particle in SCC is 6, meaning each particle is in contact with six neighboring particles.
SCC structures are not very common in nature due to their low packing efficiency.
Body-Centered Cubic Crystal (BCC):
In the BCC structure, the constituent particles occupy the corners of the cube, similar to SCC.
Additionally, there is one particle present at the center of the cube.
Therefore, each particle in a BCC structure is in contact with eight neighboring particles.
BCC structures have a higher packing efficiency compared to SCC, making them more common in certain metals, such as iron.
Face-Centered Cubic Crystal (FCC):
The FCC structure is the most closely packed and efficient arrangement of particles.
In this structure, the constituent particles occupy the corners as well as the centers of each face of the cube.
Each particle in an FCC structure is in contact with twelve neighboring particles.
FCC structures are prevalent in many metals, including aluminum and copper.
Throughout the video, we will explain these crystal structures visually and discuss their characteristics, packing efficiency, and examples of materials that adopt these structures. Understanding SCC, BCC, and FCC is fundamental for comprehending the properties and behavior of solids.
Make sure to stay tuned for the entire video to gain a solid grasp of these concepts. 🙏 🙏 Don't forget to like, share, and subscribe to our channel for more informative videos on Class 12 topics. Let's dive into the fascinating world of crystal structures in the Solid State chapter! Hope you will get Best study material to boost your rank in IIT-JEE and NEET-UG Entrance exam.
Your Queries :-
fcc bcc scc
fcc bcc scc unit cell
fcc bcc scc coordination numbers
fcc bcc scc crystal structures
solid state fcc bcc scc
Simple Cubic Crystal (SCC)
Body-Centered Cubic Crystal (BCC)
Face-Centered Cubic Crystal (FCC)
packing efficiency of fcc bcc scc
solid state class 12 chemistry
lattice point in fcc bcc scc
radius of fcc bcc scc
no of atom in fcc bcc scc
My Other Social Media Links-
Website- https://conceptclasses.org.in
Facebook- / conceptclassespatna
Instagram- / conceptclasses_jeeneet
Twitter- / concept_patna
#solidstatesccbccfccstructure #fcc #bcc #scc #solidstateclass12chemistry #conceptclassespatna #jee #neet
Информация по комментариям в разработке