Hello Everyone !! kaise ho aaap sab..?? I hope sab achhe honge...... Handwritten Notes Hello Science _____________________________ NOTES:- CLASS 12TH {CHEMISTRY} Chapter 1 The Solid State Chapter 2 Solution Chapter 3 Electrochemistry Chapter 4 Chemical Kinetics Chapter 5 Surface Chemistry Chapter 7 The P-block Element • Group 15: Nitrogen Family (Pnictogen) •Group 16: Oxygen Family (Chalocogens) •Group 17: Halogens •Group 18: Noble Gas Chapter 8 D and F block elements Chapter 9 Coordination Compounds Chapter 10 Haloalkanes and Haloarenes Chapter 11 Alcohol Phenol And Ether Chapter 12 Aldehyde Ketones & Carboxylic Acid Chapter 13 Amines Chapter 14 Biomolecules CLASS 12TH {PHYSICS} CHAPTER 1 TO 7 FORMULAS PDF Chapter 1 Electric Charge And Field Chapter 2 Electrostatic Potential and Capacitance Chapter 3 Current Electricity...
All of us have the experience of seeing a spark or hearing a crackle when we take off our synthetic clothes or sweater, particularly in dry weather.This is almost inevitable with ladies garments like a polyester saree. Have you ever tried to find any explanation for this phenomenon? Another common example of electric discharge is the lightning that we see in the sky during thunderstorms. We also experience a sensation of an electricshock either while opening the door of a car or holding the iron bar of abus after sliding from our seat. The reason for these experiences is discharge of electric charges through our body, which were accumulated due to rubbing of insulating surfaces. You might have also heard that this due to generation of static electricity. This is precisely the topic we are going to discuss in this and the next chapter. Static means anything that does not move or change with time. Electrostatics deals with the study of forces, fields and potentials arising from stat...
From our earlier studies, we know that liquids and gases are called fluids because of their ability to flow. The fluidity in both of these states is due to the fact that the molecules are free to move about. On the contrary, the constituent particles in solids have fixed positions and can only oscillate about their mean positions. This explains the rigidity in solids. These properties depend upon the nature of constituent particles and the binding forces operating between them. The correlation between structure and properties helps in the discovery of new solid materials with desired properties. For example, carbon nanotubes are new materials that have potential to provide material that are tougher than steel, lighter than aluminium and have more conductive property than copper. Such materials may play an expanding role in future development of science and society. Some other materials which are expected to play an important role in future are high temperature superconductor...
Solution, in chemistry, a homogenous mixture of two or more substances in relative amounts that can be varied continuously up to what is called the limit of solubility. The term solution is commonly applied to the liquid state of matter, but solutions of gases and solids are possible.
THE P-BLOCK ELEMENT Group 15: Nitrogen Family {_Pnictogen_} Notes of the Group 16, 17 & 18 will be updated soon 👇🏼links given below Group 16: Oxygen Family Click here for notes Group 17: Halogens Click here for notes Group 18: Noble Gas Click here for notes
The replacement of hydrogen atom(s) in an aliphatic or aromatic hydrocarbon by halogen atom(s) results in the formation of alkyl halide (haloalkane) and arylhalide (haloarene), respectively. Haloalkanes contain halogen atom(s) attached to the sp3 hybridised carbon atom of an alkyl group whereas haloarenes contain halogen atom(s) attached to sp2 hybridised carbon atom(s) of an aryl group.
"Digital System Design with Hardware Descriptive Language" is a fascinating subject that delves into the intricate world of designing and implementing digital systems using specialized languages. This field combines theoretical knowledge with practical skills to create efficient and reliable digital systems. Understanding hardware descriptive languages such as Verilog and VHDL is crucial for engineers and designers working in the digital domain. In this course, students will explore the fundamentals of digital logic design, sequential and combinational circuits, finite state machines, and more. They will learn how to express their designs using hardware descriptive languages, enabling them to simulate and synthesize complex digital systems. The study materials provided in the course cover each chapter comprehensively, offering in-depth explanations, examples, and exercises to reinforce learning. To access detailed notes for every chapter and enhance your understanding of digi...
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