eAge Tutor Forum :: Topic: Obtain v/s sustain (1/1) - eAge Tutor

eAge Tutor Forum :: Topic: Obtain v/s sustain (1/1) - eAge Tutor

Login

Welcome, Guest (Please post a question & get a response within a day)

Obtain v/s sustain

TOPIC: Obtain v/s sustain

Obtain v/s sustain 10 years 4 months ago #276

Alisha Shroff OFFLINE Karma: 0	I was confused about these two words and hence tried reading a few examples to ward away the confusion. However, I still stand confused and do not understand the context under which the two words (obtain and sustain) can be used. Please help!
	The administrator has disabled public write access.

Obtain v/s sustain 10 years 4 months ago #277

ranjit OFFLINE Karma: 0	here is an example: You should obtain as much information as possible about the project. The campaign was sustained over a 7 week period.
	The administrator has disabled public write access.

Moderators: Ruchi

Obtain v/s sustain

Joomla SEF URLs by Artio

Archives

► 2020 (2)
- ► January (2)
  - • Improve your English vocabulary by learning root words
  - • Essential skills for the workplace in the 2020s
► 2019 (11)
- ► December (3)
- ► March (6)
- ► February (1)
  - • Why success in a sales career needs great communication skills
- ► January (1)
  - • Why you should focus more on correct English pronunciation, not accent
► 2018 (44)
► 2017 (72)
► 2016 (150)
► 2015 (151)
► 2014 (197)
► 2013 (198)
► 2012 (49)
► 2011 (406)
- ► December (4)
  - • Origin of Species
  - • Mutation
  - • Coevolution
  - • Modern Synthesis of Evolution
- ► November (46)
- ► October (14)
  - • Continuity
  - • COMPARISON TEST
  - • AVERAGE VALUE OF A FUNCTION
  - • ASYMPTOTIC AND UNBOUNDED BEHAVIOUR
  - • AREA OF BOUNDED REGIONS
  - • ALTERNATE SERIES TEST
  - • LAWS OF SINE, COSINE AND TANGENT
  - • Operations on Sets
  - • Complement of a Set
  - • Ionic Equilibrium in Solutions
  - • Homogeneous and Heterogeneous Equilibria
  - • Factors Affecting Equilibria
  - • Equilibria in Physical Processes
  - • Equilibrium in Chemical Processes – Dynamic Equilibrium
- ► September (28)
  - • Buffer Solutions
  - • Use of Trigonometric Function to Model Periodic Phenomena
  - • UNIT CIRCLE
  - • TRIGONOMETRIC RATIOS
  - • TRIGONOMETRIC RATIOS OF SOME SPECIFIC ANGLES
  - • TRIGONOMETRIC RATIOS OF COMPLEMENTARY ANGLES
  - • TRIGONOMETRIC IDENTITIES
  - • TRIGONOMETRIC FUNCTIONS OF SUM AND DIFFERENCE OF TWO ANGLES
  - • TRIGONOMETRIC FUNCTIONS OF MULTIPLE AND SUBMULTIPLE ANGLES
  - • SIGNS AND GRAPHS OF TRIGONOMETRIC FUNCTIONS
  - • INVERSE TRIGONOMETRIC FUNCTIONS
  - • APPLICATIONS OF TRIGONOMETRY
  - • Angle between two planes
  - • Vector and Cartesian Equations of a Line
  - • Various forms of a Plane
  - • Direction Cosines and Direction Ratios of a Line
  - • METHODS OF FINDING SQUARE ROOT
  - • SQUARE ROOT
  - • CUBE ROOT (PRIME FACTORIZATION)
  - • USE OF EXPONENTS
  - • Laws of Exponents
  - • PARABOLA
  - • CONIC SECTIONS
  - • HYPERBOLA
  - • ELLIPSE
  - • SYMMETRY
  - • ROTATIONAL SYMMETRY
  - • TYPES OF ANGLES
- ► August (97)
  - • Potentiometer
  - • Thermocouple
  - • Parallel Plate Capacitor
  - • Sources of Current
  - • Resistivity and Conductivity
  - • Resistance
  - • Kirchhoff’s law
  - • Emfs and Internal resistance
  - • Safety measures in handling electrical circuits
  - • Electricity
  - • Magnetic field due to a solenoid
  - • Magnetic field
  - • Electromagnetic Induction
  - • Electric motor
  - • Electric Bell
  - • Electric Potential
  - • Earthing an electric appliance
  - • Electric Dipole
  - • Rules to determine the direction of a magnetic field
  - • Electric Current
  - • Equipartition of Energy
  - • Degree of freedom
  - • Kinetic Theory of Gases
  - • Combination of Capacitor
  - • Thermodynamics
  - • Thermal conductivity
  - • Stefan’s law
  - • Volumetric Expansion
  - • Thermal Expansion
  - • Newton’s law of cooling
  - • AC and DC current
  - • Heat and Temperature
  - • Linear Expansion
  - • Gas Equation
  - • Heat transfer
  - • Charle’s law and Boyle’s law
  - • Heat engines
  - • Specific Heat
  - • Enthalpy and Entropy
  - • Thomson effect
  - • Isothermal Process
  - • Carnot engines
  - • Isochoric processes
  - • Thermoelectricity
  - • Isobaric Process
  - • Adiabatic Processes
  - • Seebeck effect
  - • Wind Energy
  - • Solar Energy
  - • Nuclear Energy
  - • Geothermal Energy
  - • Fossil Fuels
  - • Peltier Effect
  - • Voltage and Current
  - • Young’s Double Slit Experiment
  - • Dielectrics
  - • Types of Diffraction
  - • Total Internal Reflection
  - • Faraday’s law of Electrolysis
  - • Spherical Mirror
  - • Electrolysis
  - • Snell’s Law
  - • Scattering
  - • Refractive Index
  - • Refraction
  - • Reflection
  - • Real and Virtual images
  - • Polarization
  - • Mirages
  - • Interference of Light
  - • Focal Length of Mirrors
  - • Dispersion
  - • Diffraction of Light
  - • Diffraction Grating
  - • Parallelism
  - • MODIFIER
  - • Degrees of Comparison
  - • Clause
  - • Adverbs
  - • Nouns
  - • Verbs
  - • Subject Verb Agreement
  - • Punctuation
  - • Phrases
  - • Pronouns
  - • Run-on and Fragments
  - • Gerunds
  - • Comparison of Adjective
  - • Infinitive
  - • Pronoun Antecedent Agreement
  - • Voice
  - • Interjection
  - • Conjunctions
  - • Parts of Speech
  - • Sentences
  - • Tenses
  - • Comma Splice
- ► July (106)
  - • Non-Random Mating
  - • Genetic Drift
  - • Modes of Speciation
  - • Fossils
  - • Bottlenecks and Founder Effects
  - • Causes of Mutations and Gene Flow
  - • Artificial Selection
  - • Recombination
  - • Hardy-Weinberg Principle
  - • Sex and Genetic Shuffling
  - • Adaptation & Fitness
  - • Sexual Selection
  - • Patterns of Evolution
  - • Reproduction Isolation
  - • Origin of Life
  - • Speciation
  - • Big Bang Theory
  - • Dinosaurs
  - • Natural Selection
  - • Virus
  - • Protist
  - • Monera
  - • Introduction of Microorganism
  - • Fungi
  - • Intracellular Components
  - • Cell Membranes
  - • Cell Difference
  - • The Citric Acid Cycle
  - • Photosynthesis and Cellular Respiration
  - • Oxidative Phosphorylation and Electron Transport
  - • Introduction to Cell Respiration
  - • Glycolysis
  - • What is Mitosis?
  - • What is Meiosis?
  - • Fermentation
  - • Cell Reproduction
  - • Mutualism
  - • Solving Fractions
  - • Microevolution
  - • Fractions - An Introduction
  - • Macroevolution
  - • Evolution and Darwin
  - • Evolution and Lamarck
  - • Solving Decimals
  - • Evolution and Heredity
  - • What is Evolution?
  - • Plasmids
  - • Gene Cloning Application in Medicine
  - • Introduction to Decimals
  - • Human Genome Project
  - • Polymerase Chain Reaction
  - • Nucleosomes
  - • Introduction to Lines and Angles
  - • Structure and Synthesis of RNA
  - • Overview of RNA
  - • Solution of a Linear Equation
  - • RNA
  - • Introduction to Linear Equations
  - • Introduction to Linear Equations
  - • DNA and Technology
  - • Graphical Method of Solution of a Pair of Linear Equations
  - • DNA Biological Functions
  - • History of DNA Research
  - • Graph of a Linear Equation in Two variables
  - • DNA Interactions with Proteins
  - • Algebraic Methods of Solving a Pair of Linear Equations
  - • Central Dogma of Biology
  - • Algebraic Methods of Solving a Pair of Linear Equations
  - • DNA Modifying Enzymes
  - • DNA Genetic Recombination
  - • General characteristics of DNA
  - • Properties of DNA
  - • What is DNA?
  - • Algebraic Methods of Solving a Pair of Linear Equations
  - • Solving Integers
  - • Properties of Integers
  - • DNA Translation
  - • Genetic Code
  - • Comparing and Ordering of Integers
  - • Introduction to Exponents
  - • Stages in Nitrogen Cycle
  - • Introduction to cubes and cube roots
  - • Slope (Gradient) of a line
  - • Relation to the Environment
  - • Section formulae
  - • Point of intersection and concurrency of lines
  - • Biological -Interactions
  - • Distance form of a line
  - • Distance between two points
  - • Important Microbes in Ecosystem
  - • Different forms of the equation of a straight line
  - • Co-ordinate axes and co-ordinate planes
  - • Area of a Triangle
  - • Human Vs Natural Food Chains
  - • Replication of DNA
  - • Post transcriptional RNA Processing
  - • DNA Transcription
  - • Structure of Nucleic Acids - RNA
  - • Structure of Nucleic Acids – DNA
  - • Adaptations of the Organism
  - • Factors Affecting Population Size
  - • Evolution of Predation
  - • Eutrophication
  - • Energy Flows and Material Cycling
  - • Energy Flow through the Ecosystem
  - • Ecosystem Services and Biodiversity Crisis
- ► June (48)
  - • Ecosystem Productivity
  - • A Seral Community
  - • Ecological Role
  - • Ecological Pyramids
  - • The Ecological Niche
  - • Ecological Impact of Farming
  - • Environmental impact of Pesticides
  - • Environmental Impact of Fertilizers
  - • Decomposers
  - • Food Webs
  - • Biosphere
  - • Biological Magnification
  - • What Is an Atom?
  - • Laws of Chemical Combination
  - • Solid Wastes
  - • Global Warming
  - • Environmental Issues
  - • Water Pollution
  - • Air Pollution
  - • Deforestation
  - • Food Chains and Food Webs
  - • Phosphorous Cycle
  - • Oxygen Cycle
  - • The Nitrogen Cycle
  - • The Water Cycle
  - • The Carbon Cycle
  - • Biogeochemistry
  - • Biogeochemical Cycles
  - • Biodiversity
  - • Behavioral Ecology
  - • ECOLOGY – An Introduction
  - • Trigonometric Equations
  - • Introduction To Algebra
  - • Integers – An Introduction
  - • Gaseous State And Gas Laws
  - • Intermolecular Forces Vs Thermal Energy
  - • How do you write Chemical Formulas?
  - • Electroplating
  - • Electrochemical cell
  - • Electric circuit
  - • Electric Charge
  - • Coulomb’s law
  - • Conductor and Insulator
  - • Degree And Radian Measure
  - • Algebraic Expressions
  - • Adjectives
  - • What Is a Molecule?
  - • What Is Thermal Energy?
- ► May (63)
  - • Study Finds That Online Education Beats the Classroom
  - • Contraception Methods
  - • Function and Mechanism in implantation
  - • Implantation
  - • Stages of Lactation
  - • Lactation
  - • Fertilization and Cleavage
  - • Causes of Mutation
  - • Kinds of Gene Mutation
  - • What is a Gene Mutation and how do mutations occur?
  - • Genes and Diseases
  - • Human Genetic Variation
  - • Chromosomal Aberrations
  - • Location of a Gene
  - • What is a Chromosome?
  - • Gene and Gene Organisation
  - • Functional structure of a Gene
  - • Complications in Child birth
  - • Stages in Child birth
  - • Parturition
  - • Risk factors and Complications in Pregnancy
  - • Embryonic and Fetal Development
  - • Diagnosis and Physiology of Pregnancy
  - • Pregnancy
  - • Mendalian Inheritance
  - • Mendel's Laws
  - • Examination, Treatment and Prevention of Menopause
  - • Menopause
  - • Characteristics of Menstrual Cycle
  - • Mendel’s trait and Probability of Inheritance
  - • Phases of Menstrual Cycle
  - • Menstrual Cycle
  - • Hormonal controls and the functioning of the female reproductive system
  - • The Human Ovaries
  - • Position and Function of Cervix
  - • Anatomy and Histology of Cervix
  - • Function of Fallopian Tube
  - • Hygiene and Signs of Vaginal disease
  - • Anatomy and Functions of Vagina
  - • Inheritance patterns through Generations
  - • Sex Determination System
  - • What are the layers found in Uterus?
  - • Genetic Disorder
  - • Anatomy and Function of Uterus
  - • Autosomal Recessive Genetic Disorder
  - • Autosomal dominant and X linked Genetic Disorder
  - • Human Female Reproductive System
  - • Human Male External Genital Organs
  - • What are Genes?
  - • Human Male Internal Genital Organs
  - • Phases And Significance Of Meiosis
  - • Meiosis and process involved in it
  - • Mitosis and its Phases
  - • Check Point In Cell Cycle
  - • Cell Cycle And Its Stages
  - • Reproductive System
  - • Cell Division
  - • Transport Across The Membrane
  - • Anatomy Of The Cell
  - • Cell and Cell Theory
  - • Home
  - • Cell Organelles and Their Functions
  - • Cell Organelles and Their Functions
► 2006 (10)
- ► October (10)
► 0000 (4)
- ► (4)

Blog Subscription

Most Read Blog Posts

Recent Blog posts