Chap-1 [ Basic concept of Biochemistry ] BSN and Paramedic Urdu/ Hindi

#biochemistry #chemistry #nursing #nursingstudent Efficient Biochemistry Introduction Importance of Biochemistry Biochemistry in Medical Sciences Significance of Chemistry Central Board Chemistry Understanding Basics Importance of Chemistry Significance of Meters Properties of Matter Chemical Reaction Composition Nursing Professions Disease Prevention Importance of Nursing Glucose Metabolism Basic *Concept Understanding * Exercise *Officer Mistake * Medicine *Decision Challenges * Metabolic *Service Pilot * Patient's *Decided Control * ABS *Interpretation Learning * Image *Understanding Importance * Electrolyte *Balance Knowledge * Critical *Research for Success * Electrolyte *Balance Maintenance * Various *Fluids Usage * Electrolyte *Exam Importance * Composition *Understanding Crucial * Language *Importance in Learning * Electrolytes *Basic Human Knowledge * Prepare for a Solution Acid concentration understanding. Handling acidic substances. Importance of inner layers in chemistry. Understanding chemical composition. Decision-making in medicine. Avoiding adverse effects. Notification on compound reactions. Need for understanding biochemistry basics. Antidotes and toxic chemicals. Chemical formula knowledge. Proper use of antidotes. Handling toxic substances. Meter basics in chemistry. Mixture composition understanding. Proper quality control. Mixing different compounds. Collaboration in chemistry. Rapid subscription for updates. Quality and frequency in subscription. Chemical reactions impact properties. Properties vary; substances same. Mixing creates unique properties. Different companies, distinct properties. Composition defines individuality. Companies differ; competition exists. Composition crucial, companies separate. Chemical changes, constant throughout time. Simple substances undergo biochemical reactions. Biochemical reactions in different reasons. Composition varies; biochemical reactions constant. Substances composed differently, biochemical reactions consistent. Composition of compounds, not simple substances. Computer decomposes, humans cannot. Examples clarify complex points. Three types of nerves. Modern additions, plasma innerves. Atoms' arrangement affects properties. Solid & liquid properties differ. Interaction forces vary. Solid sliding minimal, liquid sliding significant. Liquid attractive forces weaker. Liquid flows freely. Plasma state introduction. Historical atomic models. Discovery of electrons. Atomic structure influence. Electron and proton division. Atoms, positive charge. Positive and negative charges. Interaction, positive and negative. Electric units, charges. Neutral atoms, charges. Positive charge inside. Fast charge presentation. Muslim Commission compounds. Internal Lokpal exams. Nucleus, small positive charge. Model presentation, pitch model. Random electron movements. 32:21 Atoms everywhere. 32:34 Nuclear tank, model presentation. 32:49 Quantized results, discrete values. 33:03Quantum states explained. 33:15 Angular momentum in quantum. 33:27 Electron's position uncertainty. 33:42 Energy limits in quantum. 33:56 Quantum transitions explanation. 34:10 Electronic transitions and energy. 34:25 Quantum numbers importance. 34:38 Energy level diagrams significance. 34:54 Atomic theory history. 35:09 Nucleus and electronic cloud. 35:22 Importance of nuclear and electronic sizes. 35:35 Forensic applications of isotopes. 35:49 Angular momentum and electron distribution. 36:04 Quantum concepts in chemistry. 36:18 Size and energy in atoms. 36:30 Importance of nuclear size. 36:45 Chemical reactions overview. 37:28 Matter composition study. 37:41 Chemical properties discussion. 37:55 Chemical reactions explained. 38:07 Solid state changes. 38:23 Chemical equations basics. 38:36 Example of reactions. 38:54 Product properties discussion. 39:07 Chemical equations and products. 39:21 Copper sulfate example. 39:35 Chemical reactions in daily life. 39:48 Number and reactions. 40:01 Chemistry in human body. 40:17 Chemical reactions summary. 40:31 Five fundamental principles. 40:53 Chemical combination types. 41:11 Combining and terminating. 41:23 Molecular networks. 41:52 Water *and carbon dioxide form water plus carbon dioxide. * 42:06 Decomposition *of small molecules, single replacement, and reaction roles. * 42:31 Double *replacement reactions demonstrated with examples. * 43:14 Isotope *groups and examples of replacement reactions. * 43:28 Double *replacement reactions with complex examples and isopure group replacement. * 43:58 Discussing *double replacement and lassi B, a double replacement example. * 44:42 Examining *chemical formulas: empirical, structural, and molecular formulas. * 45:43 Chemical composition solving, familiarizing with chemical formulas, and invest levels. 46:36 Empirical formula basics