Name: AP Biology
Brand: Edoflip Education
SKU: 5e61deaa0cf240a29af650a5
Price: 300 USD
Availability: InStock

AP Biology

Instructor: Prateek

Language: English

Validity Period: 30 days

$300

Description
Course Content
How to Use

Welcome to Edoflip Courses!

Thank you for landing on the AP Biology Course Page. All the courses are delivered by Subject Experts with over 5+ years of experience and after a detailed analysis of previous year papers and syllabus.

We also provide customization of the courses and make you available only what you need while you pay only what you use! For customization, please write to connect@edoflip.com.

This is the course structured as per the revised curriculum for AP Biology. Please find the course syllabus module on the Course Contents Tab above.

Important Points to know:

1. The course is being charged only for the Live Online One on One video classes with our experts. The content is curated from publicly sourced media and will be made available for free to the signees.

2. We offer a Money back guarantee on all our courses. This, if availed, needs to be expressed in either 7 days or two classes, whichever happens earlier.

3. The number of classes that happen per month in this course are 10. The price per session is $30

For any other queries, please feel free to write on connect@edoflip.com or call on +1 434 533 0805

Happy Learning!

Reviews

Load More Reviews

Other Courses


	Chemistry Of Life
		Hydrogen bonding in water \| Water, acids, and bases \| Biology \|
		Capillary action and why we see a meniscus \| Chemistry \|
		Surface tension \| States of matter and intermolecular forces \| Chemistry \|
		Water as a solvent \| Water, acids, and bases \| Biology \|
		Importance of water for life \| Chemistry of life \| AP Biology \|
		Elements and atoms \| Atoms, compounds, and ions \| Chemistry
		Carbon as a building block of life \| Properties of carbon \| Biology \|
		Functional groups \| Properties of carbon \| Biology \|
		Elemental building blocks of biological molecules \| Chemistry of life \| AP Biology \|
		Ionic bonds \| Molecular and ionic compound structure and properties \| AP Chemistry \|
		Covalent bonds \| Molecular and ionic compound structure and properties \| AP Chemistry \|
		Dehydration synthesis or a condensation reaction \| Biology \|
		Hydrolysis \| Macromolecules \| Biology \|
		Molecular structure of DNA \| Macromolecules \| Biology \|
		Antiparallel structure of DNA strands \| Biology
		Molecular structure of RNA \| Macromolecules \| Biology \|
		Introduction to amino acids \| Macromolecules \| Biology
		Overview of protein structure \| Macromolecules \| Biology \|
		Introduction to carbohydrates \| Biology foundations \| High school biology \|
		Molecular structure of triglycerides (fats) \| Biology \|
		Saturated fats, unsaturated fats, and trans fats \| Biology \|
		DNA \| Biomolecules \| MCAT \|
		Molecular structure of DNA \| Macromolecules \| Biology
		Antiparallel structure of DNA strands \| Biology
		Molecular structure of RNA \| Macromolecules \| Biology \|
	Cell structure and function
		Introduction to the cell \| Cells \| High school biology \|
		Organelles in eukaryotic cells \| Cells \| High school biology
		Endoplasmic reticulum and Golgi bodies \| Biology \|
		Endomembrane system \| Structure of a cell \| Biology \|
		Mitochondria \| Structure of a cell \| Biology \|
		Scale of cells \| Structure of a cell \| Biology \|
		Cell size \| Structure of a cell \| Biology \|
		Introduction to cilia, flagella and pseudopodia \| Cells \| High school biology \|
		Surface area to volume ratio of cells \| Cell structure and function \| AP Biology \|
		Surface area of a box
		Volume of a sphere \| Perimeter, area, and volume \| Geometry \|
		Fluid mosaic model of cell membranes \| Biology \|
		Cell membrane proteins \| Cells \| MCAT \|
		Cell membrane introduction \| Cells \| MCAT
		Cell membrane overview and fluid mosaic model \| Cells \| MCAT
		Plant cell walls \| Structure of a cell \| Biology \|
		Introduction to passive and active transport \| High school biology \|
		Passive transport and selective permeability \| Biology
		Endocytosis, phagocytosis, and pinocytosis \| Biology
		Exocytosis \| Membranes and transport \| Biology \|
		Facilitated diffusion \| Membranes and transport \| Biology
		Electrochemical gradients and secondary active transport \|
		Uniporters, symporters and antiporters \| Biology
		Sodium potassium pump \| Membranes and transport \| Biology \|
		Diffusion and osmosis \| Membranes and transport \| Biology \|
		Osmosis \| Membranes and transport \| Biology
		Hypotonic, isotonic, and hypertonic solutions (tonicity) \|
		Water potential example \| Cell structure and function \| AP Biology \|
		Prokaryotic and eukaryotic cells \| Biology
		Endomembrane system \| Structure of a cell \| Biology
		Endosymbiosis theory \| Cell structure and function \| AP Biology \|
	Cellular Energetics
		Enzymes \| Energy and enzymes \| Biology \|
		Enzyme reaction velocity and pH \| Cellular energetics \| AP Biology
		Competitive inhibition \| Energy and enzymes \| Biology
		Noncompetitive inhibition \| Energy and enzymes \| Biology
		First Law of Thermodynamics introduction \| Biology \|
		Second Law of Thermodynamics and entropy \| Biology \|
		Reaction coupling to create glucose 6 phosphate \| Biology \|
		Introduction to metabolism: anabolism and catabolism
		Photosynthesis \| Life processes \| Biology \|
		Breaking down photosynthesis stages
		Conceptual overview of light dependent reactions
		Photosynthesis evolution \| Cellular energetics \| AP Biology \|
		Introduction to cellular respiration \| Cellular respiration \| Biology \|
		Overview of cellular respiration \| Cellular respiration \| Biology \|
		Oxidative phosphorylation and the electron transport chain \|
		ATP synthase \| Cellular energetics \| AP Biology
		Molecular variation \| Cellular energetics \| AP Biology \|
	Cell communication and cell cycle
		Cellular communication \| Cells \| MCAT \|
		Overview of cell signaling
		Intro to the endocrine system \| Health & Medicine
		Membrane Receptors \| Nervous system physiology \| NCLEX-RN
		G Protein Coupled Receptors \| Nervous system physiology \| NCLEX-RN \|
		Cellular mechanism of hormone action \| Endocrine system physiology \| NCLEX-RN \|
		Example of signal transduction pathway
		Cell signaling in yeast reproduction
		G Protein Coupled Receptors \| Nervous system physiology \| NCLEX-RN \|
		Example of signal transduction pathway
		Activation and inhibition of signal transduction pathways \| AP Biology
		Homeostasis
		Hormone concentration metabolism and negative feedback \| NCLEX-RN \|
		Interphase \| Cells \| MCAT \|
		Mitosis \| Cells \| MCAT \|
		Cell cycle control \| Cells \| MCAT
		Loss of cell cycle control in cancer \| Cells \| MCAT \|
	Heredity
		Fertilization terminology: gametes, zygotes, haploid, diploid \| MCAT \|
		Chromosomal crossover in Meiosis
		Phases of meiosis I \| Cells \| MCAT \|
		Phases of meiosis II \| Cells \| MCAT
		Comparing mitosis and meiosis \| Cells \| MCAT \|
		Introduction to Heredity
		Fertilization terminology: gametes, zygotes, haploid, diploid \| MCAT \|
		Alleles and genes
		Punnett square fun \| Biomolecules \| MCAT \|
		Pedigrees \| Classical genetics \| High school biology \|
		Thomas Hunt Morgan and fruit flies
		Sex-linked traits \| Biomolecules \| MCAT \|
		Pedigree for determining probability of exhibiting sex linked recessive trait \|
		Extranuclear inheritance 1 \| Biomolecules \| MCAT \|
		Phenotype plasticity \| Heredity \| AP Biology \|
		Gene environment interaction \| Behavior \| MCAT \|
		Boveri-Sutton Chromosome Theory
		Variation in a Species
	Gene Expression and Regulation
		Introduction to nucleic acids and nucleotides \| High school biology
		DNA \| Biomolecules \| MCAT \|
		Molecular structure of DNA \| Macromolecules \| Biology
		Molecular structure of RNA \| Macromolecules \| Biology \|
		Antiparallel structure of DNA strands \| Biology \|
		Leading and lagging strands in DNA replication \| MCAT \|
		Speed and precision of DNA replication \| Biomolecules \| MCAT \|
		Semi conservative replication \| Biomolecules \| MCAT \|
		Transcription and mRNA processing \| Biomolecules \| MCAT \|
		Post-transcriptional regulation \| Biomolecules \| MCAT \|
		Translation (mRNA to protein) \| Biomolecules \| MCAT \|
		Retroviruses \| Cells \| MCAT \|
		Differences in translation between prokaryotes and eukaryotes \| MCAT \|
		DNA replication and RNA transcription and translation \|
		DNA and chromatin regulation \| Biomolecules \| MCAT \|
		Regulation of transcription \| Biomolecules \| MCAT
		Cellular specialization (differentiation) \| Cells \| MCAT \|
		Non-coding RNA (ncRNA) \| Biomolecules \| MCAT \|
		Operons and gene regulation in bacteria
		Lac operon
		An introduction to genetic mutations \| Biomolecules \| MCAT \|
		Mutagens and carcinogens \| Biomolecules \| MCAT \|
		The effects of mutations \| Biomolecules \| MCAT \|
		Impact of mutations on translation into amino acids \| High school biology
		Mutation as a source of variation \| Gene expression and regulation \| AP Biology
		Introduction to genetic engineering \| Molecular genetics \| High school biology \|
		DNA cloning and recombinant DNA \| Biomolecules \| MCAT
		Polymerase chain reaction (PCR) \| Biomolecules \| MCAT \|
		Gel electrophoresis \| Biomolecules \| MCAT \|
		DNA sequencing \| Biomolecules \| MCAT
		Applications of DNA technologies \| Biomolecules \| MCAT
	Natural Selection
		Introduction to Evolution and Natural Selection
		Natural Selection and the Owl Butterfly
		Biodiversity and natural selection
		Variation in a Species
		Artificial selection and domestication \| Natural selection \| AP Biology \|
		Genetic drift, bottleneck effect and founder effect \| Biology
		DNA Spells Evolution
		Variation in a Species
		Allele frequency
		Hardy-Weinberg equation \| Biomolecules \| MCAT \|
		Applying the Hardy-Weinberg equation \| Biomolecules \| MCAT
		Discussions of conditions for Hardy Weinberg \| Biology \|
		Evidence for evolution \| Biology \|
		Fossils: Rocking the Earth
		Molecular evidence for evolutionary relationships examples \| High school biology \|
		Carbon 14 dating 1 \| Life on earth and in the universe \| Cosmology & Astronomy \|
		Evidence for evolution \| Biology \|
		Biogeography: Where Life Lives
		Organelles in eukaryotic cells \| Cells \| High school biology \|
		Cellular evidence of common ancestry \| Natural selection \| AP Biology \|
		Taxonomy and the Tree of Life
		Discovering the tree of life \| California Academy of Sciences
		Phylogenetic trees \| Evolution \|
		Species
		Allopatric and sympatric speciation \| Biology \|
		Reproductive isolation \| Biomolecules \| MCAT \|
		New localities lead to new biodiversity
		Biodiversity and extinction, then and now
		New localities lead to new biodiversity
		Introduction to Evolution and Natural Selection
		Biodiversity ecosystems and ecological networks
		How biodiversity is distributed globally
		Why biodiversity is distributed unevenly
		Earth formation \| Life on earth and in the universe \| Cosmology & Astronomy \|
		Beginnings of life \| Life on earth and in the universe \| Cosmology & Astronomy \|
		Origins of life \| Biology \|
		The RNA Origin of Life
	Ecology
		Animal communication \| Individuals and Society \| MCAT \|
		Animal behavior: foraging \| Individuals and Society \| MCAT
		Organism life history and fecundity \| Ecology \|
		Flow of energy and matter through ecosystem \| Ecology
		Impact of changes to trophic pyramids \| Ecology \| AP Biology \|
		Exponential and logistic growth in populations \| Ecology
		Population regulation \| Ecology \|
		Population growth rate based on birth and death rates \| Ecology \| AP Biology
		Per capita population growth and exponential growth \| Ecology \| AP Biology \|
		Logistic growth versus exponential growth \| Ecology \| AP Biology \|
		Interactions between populations \| Ecology \|
		Predator prey cycle \| Ecology \|
		Exploring Ecosystems: Tropical Rainforest Diversity \| California Academy of Sciences
		Simpson's index of diversity \| Ecology \| AP Biology
		Biodiversity ecosystems and ecological networks
		Exploring Ecosystems: Tropical Rainforest Diversity \| California Academy of Science
		Mutation as a source of variation \| Gene expression and regulation \| AP Biology \|
		Introduced species and biodiversity
		Human activities that threaten biodiversity
		How does climate change affect biodiversity?
		How Did All Dinosaurs Except Birds Go Extinct
		Were Dinosaurs Undergoing Long-Term Decline Before Mass Extinction?
	AP biology free response questions
		2015 AP Biology free response 1 a c
		2015 AP Biology free response 1 d e
		2015 AP Biology free response 2 a b
		2015 AP Biology free response 2 c d
		2015 AP Biology free response 3
		2015 AP Biology free response 4
		2015 AP Biology free response 5
		2015 AP Biology free response 6

Sign Up Complete your profile

Log In

You may also be interested in

AP Biology

$300