Karnal Sher Khan Cadet College, Ismaila, Swabi Biology Home Work for Class 11 th , Session 2024/25 Note : All the students of Class 11 th are required to complete following tasks/home Note : All the students of Class 11 th are required to complete following tasks/home work during summer vacations. These tasks (homework) carry 25% marks of the exam that will be conducted after summer vacations. The exam will consist of course taught in college and homework assigned for summer vacations. So properly prepare homework and study the topics taught in the college. Parents are required to sign each task after completion, otherwise will not be accepted.

###### Tasks/Homework details:

Visual Work
1.	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis Effect of Temperature on Enzyme Activity Factors That Affect Enzyme Activity CH 01. Cell Structure and Function
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry	Tissue culture
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria
Microdissection	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope	Nucleus
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids
Plasma membrane	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles	Chromoplast and Leucoplast
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules
Carbohydrates	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis Effect of Temperature on Enzyme Activity Factors That Affect Enzyme Activity CH 01. Cell Structure and Function Co-Factors and Co-Enzymes Enzymes and Their Nature Nucleic Acid
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis Effect of Temperature on Enzyme Activity Factors That Affect Enzyme Activity CH 01. Cell Structure and Function Co-Factors and Co-Enzymes Enzymes and Their Nature
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis Effect of Temperature on Enzyme Activity Factors That Affect Enzyme Activity CH 01. Cell Structure and Function Co-Factors and Co-Enzymes	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis Effect of Temperature on Enzyme Activity Factors That Affect Enzyme Activity
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity	Factors That Affect the Rate of Enzyme Reaction
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model Cell Membrane and Cell Wall Ribosomes Electrophoresis Effect of Temperature on Enzyme Activity	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work
Enzyme Mechanism of Enzyme Action	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure Induced Fit Model
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy	Lock And Key Theory
Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature Enzyme Activation Energy Electron Microscope Mitochondria How Do Enzymes Work Effect of PH On Enzyme Activity Spectrophotometry Enzymes Work Cofactors CH 03 Enzymes Proteins Structure of bacteria as a model prokaryote Chloroplast Enzyme Structure	Watch and study Video Lectures of Selected topics from 1 2 and 3 st, nd rd Chapters. CH 01. Cell Structure and Function Spectrophotometry Tissue culture culture Electrophoresis Mitochondria Microdissection Ribosomes Electron Microscope Nucleus Cell Membrane and Cell Wall Plastids Plasma membrane membrane Chloroplast Centrioles Chromoplast and Leucoplast and Leucoplast Structure of bacteria as a model prokaryote CH 02 Biological molecules Carbohydrates Proteins Lipids Nucleic Acid CH 03 Enzymes Characteristics of Enzymes Enzymes and Their Nature Cofactors ENZYMES What Are Enzymes Co-Factors and Co-Enzymes Enzymes Work Effect of Enzyme and Substrate Factors That Affect Enzyme Concentration on Enzyme Activity Activity Effect of PH On Enzyme Activity Factors That Affect the Rate of Enzyme Reaction That Affect the Rate of Enzyme Reaction Effect of Temperature on Enzyme How Do Enzymes Work Activity Enzyme Mechanism of Enzyme Action Mechanism of Enzyme Action Induced Fit Model Enzyme Activation Energy Lock And Key Theory And Key Theory Enzyme Structure Enzymes and Their Nature Enzymes Activation Energy Activation Energy Effect of Enzyme and Substrate Concentration on Enzyme Activity ENZYMES What Are Enzymes Characteristics of Enzymes Lipids CH 02 Biological molecules Centrioles Plastids Enzymes and Their Nature
Enzymes Activation Energy
Diagrammatic Work
2.	Draw labelled and neat diagrams of 1 st Three Chapters.
Assignment