Biology

Biology Made Easy - Step by Step - with the TI-Nspire CX (CAS) Calculator.

Solve Biology problems stepwise using this Ti-Nspire CX Program

Price:

$49.95

Biology Made Easy 

Runs on TI-Nspire CX, TI-Nspire CX CAS, TI-Nspire CX II and TI-Nspire CX II CAS only.
Program does not run on computers!

TI-Nspire CX

TI-Nspire CX CAS

TI-Nspire CX II

TI-Nspire CX II-T CAS

TI-Nspire CX

APP PURCHASE

Enter the last 8 digits of your TI-Nspire's Product ID.

Located under 5:Settings → 4:Status → About

Sample ID: 1008000007206E210B0BD92F455. HELP .
(You would only type BD92F455 in below's box.)

Enter last 8-digits of the ID:
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PROGRAM DESCRIPTION

  • Users have boosted their Biology knowledge.
  • Most Comprehensive Biology App.
  • Shows Solutions to Biology topics.
  • Ideal for quick review and homework check.
  • Easy to use, easy to install.

FUNCTIONALITY & MENU ITEMS OF APP :

The Chemistry of Life
  • Themes in the Study of Life 1
  • Themes in the Study of Life 2
  • Themes in the Study of Life 3
  • Themes in the Study of Life 4
  • Evolution
  • The Scientific Method
  • Cooperation in Scientific Research
  • The Chemical Context of Life: Matter
  • Elemental Properties and Atomic Structure
  • Chemical Bonding 1
  • Chemical Bonding 2
  • Water and Life: Polar Covalent Bonds
  • Properties of Water 1
  • Properties of Water 2
  • pH and Living Organisms
  • Carbon & Molecular Diversity: Organic Chem
  • Carbon Bonding
  • Chemical Groups
  • Structure & Function of Large Biomolecules
The Cell 1
  • Microscopy
  • Eukaryotic Compartmentalization
  • Eukaryotic Cell Structure
  • Eukaryotic Cytoskeleton
  • Extracellular Structures
  • Cell Membrane Lipids & Proteins 1
  • Cell Membrane Lipids & Proteins 2
  • Selective Permiability
  • Passive Transport 1
  • Passive Transport 2
  • Active Transport
  • Bulk Transport- Exocytosis & Endocytosis
  • Introduction to Metabolism: Thermodynamics
  • Free-Energy Change and Spontenaity
  • ATP and Exergonic-Endergonic Coupling
  • Enzymes
  • Enzyme Regulation and Metabolism
The Cell 2
  • Respiration&Fermentation: Catabolic Pathways
  • Catabolic Pathways 2
  • Glycolysis
  • Citric Acid Cycle
  • Oxidative Phosphorylation 1
  • Oxidative Phosphorylation 2
  • Fermentation & Anaerobic Respiration 1
  • Fermentation & Anaerobic Respiration 2
  • Other Metabolic Pathways
  • Photosynthesis: Energy Conversion
  • Light Reactions 1
  • Light Reactions 2
  • Calvin Cycle
  • Alternative Methods of Carbon Fixation
  • Cell Communication: External Signaling
  • Signal Reception 1
  • Signal Reception 2
  • Transduction 1
  • Transduction 2
  • Transcription and Cytoplasmic Regulation 1
  • Transcription and Cytoplasmic Regulation 2
  • Apoptosis
  • The Cell Cycle: Intro to Cell Division 1
  • Intro to Cell Division 2
  • Mitotic Phase 1
  • Mitotic Phase 2
  • Eukaryotic Molecular Control System 1
  • Eukaryotic Molecular Control System 2
Genetics 1
  • Meosis & Sexual Life Cycles: Chromosomes & Inheritance
  • Fertilization
  • Meosis
  • Genetic Variation and Evolution
  • Mendel and the Gene Idea: 2 Laws Inheritance
  • Two Laws of Inheritance
  • Probability and Mendelian Genetics
  • Complexity of Inheritance Patterns 1
  • Complexity of Inheritance Patterns 2
  • Inheritance Patterns of Common Human Traits 1
  • Inheritance Patterns of Common Human Traits 2
  • The Chromosomal Basis of Inheritance
  • Sex-linked Genes 1
  • Sex-linked Genes 2
  • Linked Genes and their Location
  • Chromosomal Genetic Disorders
  • Exceptions to Mendelian Inheritance
  • The Molecular Basis of Heredity: DNA
  • Proteins Function in DNA Replication
  • Chromosome Composition
  • Gene to Protein: Transcription & Translation
  • Transcription and RNA Synthesis
  • RNA Modification
  • Translation and Polypeptide Synthesis 1
  • Translation and Polypeptide Synthesis 2
  • Mutations on Protein Structure and Function
Genetics 2
  • Gene Expression: Diversity and Universality
  • Regulation of Gene Expression: Bacterial Transcription
  • Cell Variation through Gene Expression
  • Cancer and Cell Cycle Control 1
  • Cancer and Cell Cycle Control 2
  • Viruses: Composition
  • Virus Repication
  • Viruses
  • Biotechnology: DNA Cloning 1
  • DNA Cloning 2
  • DNA Technology and Genetic Study 1
  • DNA Technology and Genetic Study 2
  • Cloning and Stem Cell Production
  • Applications of DNA Technology
  • Genomes and Their Evolution: Sequencing
  • Bioinformatics and Genome Analysis
  • Genome Variations
  • Non-coding DNA and Multigene Families 1
  • Non-coding DNA and Multigene Families 2
  • Genome Evolution 1
  • Genome Evolution 2
  • Investigative Genome Comparison 1
  • Investigative Genome Comparison 2
  •  
Evidence of Evolution 1
  • Phylogeny and the Tree of Life: Evolution Relationships
  • Morphological & Molecular Based Inferrences
  • Common Characteristics and Phylogenics
  • Evolutionary History and the Genome
  • Molecules Tracing Evolutionary History
  • Contemporary Data and Revision
  • Bacteria/Archaea: Structure of Prokaryotes
  • Methods of Genetic Diversification in Prokaryotes
  • Nutritional and Metabolic Adaptations
  • Molecular Systematics & Prokaryotic Phylogeny
  • Prokaryotes and the Biosphere
  • Prokaryotes and Humans
  • Protist: Single-Celled Eukaryotes
  • Protist Chart
  • Prostists and their Ecological Impact
  • Plant Diversity 1: Origins of Terrestrial Plants
  • Mosses and Nonvascular Plants
  • Ferns and Seedless Vascular Plants
  • Plant Diversity 2: Plant Seeds
  • Gymnosperms
  • Angiosperms
  • Seed Plants and Humans
  • Fungal Heterotrophy
  • Fungal Life Cycles
  • Fungi’s Ancestors
  • Fungi Diversification
  • Fungi and the Enviornment
  • Animal Diversity: An Overview
  • Animal History
  • Animal Morphology
Evidence of Evolution 2
  • Animal Phylogeny
  • Invertibrates: Chart Overview
  • Vertebrates: Chart Overview
  • Humans as Vertebrates
  •  
  • Plant Form and Function
  • Plant Structure
  • Plant Structure
  • Meristems
  • Primary Growth
  • Secondary Growth
  • Growth Morphogenesis & Cell Differentiation 1
  • Growth Morphogenesis & Cell Differentiation 2
  • Acquisition/Transport in Vascular Plants
  • Transport Mechanisms
  • Transpiration and Xylem
  • Transpiartion and Stomata
  • Phloem and Sugar Transport
  • The Symplast
  • Soil and Plant Nutrition: Soil Ecosystems
  • Plant Essential Nutrients
  • Plant Symbiosis 1
  • Plant Symbiosis 2
  • Angiosperm Life Cycle 1
  • Angiosperm Life Cycle 2
  • Flowering Plant Reproduction
  • GMO Crops
  • Plant Responses to Internal & External Signals
  • Plant Hormones
  • Phototropism
  • Other Plant Tropisms
  • Threat Responses
Animal Form and Function 1
  • Phylogeny and the Tree of Life: Evolution Relationships
  • Morphological & Molecular Based Inferrences
  • Common Characteristics and Phylogenics
  • Evolutionary History and the Genome
  • Molecules Tracing Evolutionary History
  • Contemporary Data and Revision
  • Bacteria/Archaea: Structure of Prokaryotes
  • Methods of Genetic Diversification in Prokaryotes
  • Nutritional and Metabolic Adaptations
  • Molecular Systematics & Prokaryotic Phylogeny
  • Prokaryotes and the Biosphere
  • Prokaryotes and Humans
  • Protist: Single-Celled Eukaryotes
  • Protist Chart
  • Prostists and their Ecological Impact
  • Plant Diversity 1: Origins of Terrestrial Plants
  • Mosses and Nonvascular Plants
  • Ferns and Seedless Vascular Plants
  • Plant Diversity 2: Plant Seeds
  • Gymnosperms
  • Angiosperms
  • Seed Plants and Humans
  • Fungal Heterotrophy
  • Fungal Life Cycles
  • Fungi’s Ancestors
  • Fungi Diversification
  • Fungi and the Enviornment
  • Animal Diversity: An Overview
  • Animal History
  • Animal Morphology
Animal Form and Function 2
  • Immune System Disruptions
  • Osmoregulation and Excretion: Water&Solute Regulation
  • Nitrgenous Wastes
  • Excretory systems
  • Nephron and Blood Filtration
  • Hormones and Kidney Blood Pressure Water Balance
  • Hormones : Response Pathway Triggering 1
  • Response Pathway Triggering 2
  • Response Pathway Triggering 3
  • Feedback Regulation & Antagonistic Hormone Pairs
  • The Hypothalamus and Pituitary Gland 1
  • The Hypothalamus and Pituitary Gland 2
  • Endocrine Gland Stimuli 1
  • Endocrine Gland Stimuli 2
  • Animal Reproduction: Sexual and Asexual
  • Fertilization
  • Reproductive Organs and Gametes
  • Tropic & Sex Hormones: Mammalian Reproduction
  • Placental Mammals
  • Animal Development: Fertilization & Clevage 1
  • Fertilization and Clevage 2
  • Morphogenesis 1
  • Morphogenesis 2
  • Cell Specification 1
  • Cell Specification 2
  • Neurons
  • Ion Pumps and Channels
  • Action Potentials and Axons 1
  • Action Potentials and Axons 2
  • Neuron Synapactic Communication 1
Animal Form and Function 3
  • Neuron Synaptic Communication 2
  • Nervous System: Composition 1
  • Nervous System: Composition 2
  • Vertebrate Brain Regional Specialization 1
  • Vertebrate Brain Regional Specialization 2
  • The Cerebral Cortex 1
  • The Cerebral Cortex 2
  • Synaptic Connections and Memory/Learning 1
  • Synaptic Connections and Memory/Learning 2
  • Molecular Basis for Nervous System Disorders
  • Receptors and Energy Transduction
  • Receptors and Energy Transduction 2
  • Mechanoreceptors of Hearing and Balance
  • Animal Visual Reception
  • Smell and Tatse
  • Protein Filaments and Muscle Function
  • Protein Filaments and Muscle Function 2
  • Skeletal Systems and Locomotion
  • Sensory Inputs & their Effect on Behavior
  • Sensory Inputs and their Effect on Behavior 2
  • Learning
  • Natural Selection and Behavior
  • Inclusive Fitness and Altruism
  • Inclusive Fitness and Altruism 2
Probability & Expected Value
  • Read: Introduction & Examples
  • Read: Rules & Properties
  • Hardy-Weinberg Model
  • Conditional Probability
  • Expected Value: Find mu and sigma
  • Read: Cards
  • Read: Dice
  • Read: Marbles
  • Read: Coins
  • P(A or B)=P(A)+P(B)-P(A and B)
  • Check if A and B are dependent or disjoint
  • P(A or B or C)
Statistics & Distributions & Tests
  • Find Average
  • Mean
  • Find Standard Error
  • Find Std Deviation
  • Binomial Distribution Table
  • Cumulative Binomial Distribution
  • Inverse Binomial Distribution Solver
  • Binomial Distribution: Find Sample Size
  • Normal Distribution
  • Inverse Normal Solver
  • Read: About Normal Distributions
  • ChiSquared-Distribution Table
  • Cumulative ChiSquared-Distribution
  • Inverse ChiSquared -Solver
  • ChiSquared-Test: Goodness of Fit
  • ChiSquared-Test of Independence
Growth Models & Geometry
  • Exponential Growth – Differential Equation
  • Logistic Growth – Differential Equation
  • Newtons Law of Cooling / Heating
  • Pythagorean Theorem
  • Circle Solver
  • Triangle Solver
  • Square Solver
  • Rectangle Solver
  • Sphere Solver
  • Cube Solver
  • Cylinder Solver
  • Cone Solver
  • Rectangular Prism Solver
Chemistry & Help
  • Gibbs Free Energy
  • Density=Mass/Volume Solver
  • pH Level Solver
  • Solution Dilution
  • Water Potential
  • Solute Potential
  • Help & Use of Keys
  • What to Input
  • About us
  • Set FontSize
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