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The activation energy is the minimum amount of energy required to place molecules or atoms in a state in which they can undergo a chemical transition.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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The amount of energy that you need to dump into a chemical reaction in order to start it or activate it is called the activation energy.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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The critical amount of energy to make the reaction proceed is called the Activation Energy.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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The energy needed to start a chemical reaction is called activation energy.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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To determine the activation energy of a chemical reaction.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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endergonic Chemical reactions that require energy input to begin.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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energy of activation The minimum amount of energy required for a given reaction to occur;
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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knows that a transfer of thermal energy occurs in chemical reactions.
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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no effect on rate of chemical reaction Reduces activation energy;
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The amount of energy required to begin a chemical reaction is known as the activation energy.
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0.00338324205530 It was hypothesized that the reduction of the flavin model compounds required the addition of an electron to the molecule, and this addition would most likely occur at the lowest unoccupied molecular orbital (LUMO).
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The orbital is the area where an electron is most likely to be found.
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An electron orbital can accommodate at most 2 electrons, each with opposite spins.
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The orbital is the area where an electron is most likely to be found.
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An orbital can hold at most 2 electrons.
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The orbital is the area where an electron is most likely to be found.
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An orbital is the region of space where an electron is likely to be found.
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The orbital is the area where an electron is most likely to be found.
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Atomic Orbitals Atomic Orbitals are the specific regions in space around the nucleus of an atom in which the electrons are most likely to be found.
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The orbital is the area where an electron is most likely to be found.
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Atomic orbitals are the places surrounding the nucleus of an atom where the electrons are most likely to be at any given time.
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The orbital is the area where an electron is most likely to be found.
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Find tips for learning and remembering concepts like electron orbitals and bonding.
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The orbital is the area where an electron is most likely to be found.
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Like an activated electron at a higher orbital shell.
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The orbital is the area where an electron is most likely to be found.
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Orbital plane Most planets orbit in the same plane, called the ecliptic .
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The orbital is the area where an electron is most likely to be found.
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So scientists describe their positions in terms of orbitals--essentially regions in which electrons are most likely to be found as they whiz around atomic nuclei.
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The orbital is the area where an electron is most likely to be found.
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The Schr dinger model assumes that the electron is a wave and tries to describe the regions in space, or orbitals , where electrons are most likely to be found.
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The orbital is the area where an electron is most likely to be found.
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The are called one-electron orbitals (often called hydrogen-like atomic orbitals).
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The orbital is the area where an electron is most likely to be found.
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The electrons in the bonding MO's are called bonding electrons and any electrons in the antibonding orbital would be called antibonding electrons.
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The orbital is the area where an electron is most likely to be found.
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The electrons in the molecular orbital are unbounded and they behave like the conduction electrons in a metal.
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The orbital is the area where an electron is most likely to be found.
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The orbital of an electron is the most probable location where the electrons might be found.
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The orbital is the area where an electron is most likely to be found.
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The probability of finding an electron at an orbital node is zero.
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The orbital is the area where an electron is most likely to be found.
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The region of space where the electron is most likely to be found (the orbital) essentially "floats" at a location at which the potential energy and confinement energy exactly balance.
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The orbital is the area where an electron is most likely to be found.
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The removal of orbital electrons from an atom is called ionization.
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The orbital is the area where an electron is most likely to be found.
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This is like adding together the individual orbital curves (the radial views) we looked at in class to yield a total probability for finding electrons at a certain radius in the atom.
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The orbital is the area where an electron is most likely to be found.
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Thus, the atomic orbitals are diffuse regions in space around the nucleus of an atom in which the electrons are most likely to be found.
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The orbital is the area where an electron is most likely to be found.
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Thus, the planetary model of the atom was discarded in favor of one that described atomic orbital zones around the nucleus where a given electron is most likely to be observed.
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The orbital is the area where an electron is most likely to be found.
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When Schrödinger studied the atom, he abandoned the idea of precise orbits, and replaced them with a description of the regions of space, which he called orbitals, where the electrons were most likely to be found.
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The orbital is the area where an electron is most likely to be found.
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a) An orbital can accommodate at most two electrons.
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The orbital is the area where an electron is most likely to be found.
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electron orbital
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The orbital is the area where an electron is most likely to be found.
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A substance composed of chemical elements , or obtained by chemical processes.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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All matter consists of basic substances, or elements, with well definedphysical and chemical properties, ranging from hydrogen, the lightest, touranium and beyond.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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Along with basic chemical laws & element chemistry studying, it also makes students acquainted with the influence of chemical substances on the nature & human health.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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An element is a basic substance consisting of atoms which are chemically alike.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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Atomic Structure The basic building blocks of minerals are the chemical elements .
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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Atoms Minute particles that are the basic building blocks of all chemical elements and thus all matter.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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Basic chemical concepts such as changes in matter and energy, atoms and elements, compounds and their formula(s), and chemical reactions will be covered first semester.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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Elements, of which there are 109 in nature, are the basic building blocks of matter.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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Sun, warmth, moisture and chemical elements are the basic building blocks of that essential energy.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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These substances can be chemical elements or compounds.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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atom A building block of matter, the smallest particle that has the chemical characteristics of a particular chemical element .
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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atom The basic unit of a chemical element.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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this matter being the substance from which all the chemical elements are made up.
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Element is the basic chemical building block of matter; it is the simplest chemical substance.
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In vascular plants, stems are the organs that hold plants upright so they can get the sunlight and air they need.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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Removing the oldest stems and thinning the youngest sprouts allows sunlight and air circulation to reach the center of the plant discouraging diseases.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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Stems In vascular plants, stems are the organs that hold plants upright so they can get the sunlight and air they need.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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The stem holds the plant upright and food and water travel up and down the stem.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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The stems help the plant stay upright.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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This structure is the rhizome, or underground stem, that allows the plant to overwinter.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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When I molt for the last time, I use a plant stem to climb out of the water up into the sunlight and fresh air.
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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plant size, stem structure;
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The stem is the basic structure that holds plants upright, allowing plants to get the sunlight and air they need.
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A blastocyst is a highly differentiated, highly developed embryo that has grown to the point where it is ready to attach to the uterine wall (implantation).
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After implantation, the blastocyst is called an embryo.
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A blastocyst is an advanced embryo that has continued to divide and now has reached a stage closer to implantation.
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After implantation, the blastocyst is called an embryo.
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Bladder Infection See urinary Tract Infection Blastocyst Blastocyst Transfer In blastocyst transfer, infertile women are implanted with embryos that have matured for five days (to the blastocyst stage).
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After implantation, the blastocyst is called an embryo.
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Blastocyst Embryo Transfer -
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After implantation, the blastocyst is called an embryo.
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Blastocyst Stage Embryo Transfer
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After implantation, the blastocyst is called an embryo.
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By Day 5, the embryo has reached a developmental milestone called the blastocyst stage.
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After implantation, the blastocyst is called an embryo.
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The embryo is now called a blastocyst.
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After implantation, the blastocyst is called an embryo.
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The survival and implantation rate of cryopreserved 2-PN embryos and blastocysts was compared.
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After implantation, the blastocyst is called an embryo.
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These findings confirm that there is a clear paternal contribution to embryo quality with adequate blastocyst formation and implantation(2).
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After implantation, the blastocyst is called an embryo.
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or the implantation of a conceptus, blastocyst, or embryo created through somatic nuclear transfer into a mammalian uterus;
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After implantation, the blastocyst is called an embryo.
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Ans. During photosynthesis carbohydrates are formed in the form of Glucose (C6 H12 O6) and stored in the plant as starch (C6 H12 O6) and Oxygen is a photochemical by product of photosynthesis..
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C6 h12 o6 is the chemical formula for a glucose molecule.
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Glucose (C6 H12 O6), Sugar (C12 H22 O11) and Starch (C6 H10 O5)
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C6 h12 o6 is the chemical formula for a glucose molecule.
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In glycolysis, glucose (C6) is split into two 3-carbon (C3) pyruvate molecules.
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C6 h12 o6 is the chemical formula for a glucose molecule.
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In addition, starch has branches made by linking additional glucose molecules at the C6 OH of some of the glucose residues in the chain, via an alpha 1,6 bond).
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C6 h12 o6 is the chemical formula for a glucose molecule.
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O6 Chemical Buyers Directory .
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C6 h12 o6 is the chemical formula for a glucose molecule.
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P b C6 63.60 j Glucose 6-
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C6 h12 o6 is the chemical formula for a glucose molecule.
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Plants need water (H20) and carbon dioxide (CO2) in the presence of sunlight and chlorophyll to produce glucose (C6 H12 O6) for energy.
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C6 h12 o6 is the chemical formula for a glucose molecule.
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The Sugar or C6 H12 O6(glucose) is taken in by the plant at the cellular level.
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C6 h12 o6 is the chemical formula for a glucose molecule.
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A microclimate is a local atmospheric zone where the climate differs from the surrounding area.
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The climate of a small area is called a(n) microclimate.
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A microclimate is the climate of a small area that is different from the area around it.
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The climate of a small area is called a(n) microclimate.
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A unique area of protection or a microclimate is created.
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The climate of a small area is called a(n) microclimate.
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Climate Torres del Paine has a milder and drier microclimate than the surrounding areas of Patagonia because of some unique geological features.
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The climate of a small area is called a(n) microclimate.
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Climate and microclimate are other important site conditions to consider.
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The climate of a small area is called a(n) microclimate.
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Despite the relatively small area comprising the summit, a number of different habitats and ecological microclimates are manifest.
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The climate of a small area is called a(n) microclimate.
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He argues for the establishment of bioregions with diverse microclimates along protected areas, or networks which enable biological resources and processes to adjust to climatic change.
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The climate of a small area is called a(n) microclimate.
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In summary, the petitioner states that the proposed viticultural area is characterized by an isolated microclimate that captures the favorable climatic conditions necessary for premium wine grape growing.
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The climate of a small area is called a(n) microclimate.
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Microclimate The climate of a small, distinct area, such as a city street or a building's courtyard;
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The climate of a small area is called a(n) microclimate.
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Microclimates A microclimate is the local modification of the general climate that is imposed by the special configuration of a small area.
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The climate of a small area is called a(n) microclimate.
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Microclimates are pockets of differing climatic conditions usually created in areas such as near building walls and under trees.
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The climate of a small area is called a(n) microclimate.
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Microclimates are small areas that have the same climate and weather patterns.
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The climate of a small area is called a(n) microclimate.
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Microclimates are variations in climate over small geographic areas, such as your own landscape.
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The climate of a small area is called a(n) microclimate.
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The climate and microclimate in the Australian Alps has many influences on the biology of small mammals;
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The climate of a small area is called a(n) microclimate.
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The increase of evapotranspiration may have some effects on the microclimate of the irrigated area, but no deleterious effects to the climate of the North China Plain are to be expected.
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The climate of a small area is called a(n) microclimate.
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Vine Microclimate Vine microclimate refers to the climate within the leaf canopy of the vineyard.
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The climate of a small area is called a(n) microclimate.
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climate and microclimate (cool-climate whites have the advantage over those from a warmer growing area);
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The climate of a small area is called a(n) microclimate.
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climate and microclimates ( rainfall, wind direction and intensity );
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The climate of a small area is called a(n) microclimate.
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microclimate The climate as found in small areas, for example, around plants.
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The climate of a small area is called a(n) microclimate.
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microclimate The climate of a specific place within an area, contrasted with the climate of the area as whole.
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The climate of a small area is called a(n) microclimate.
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6) Mineral streaks-Natural coloring of wood due to mineral deposits in the tree.
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The color of the powder of a mineral is called streak.
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Also includes safety goggles, streak plate, color mineral cards and more.
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The color of the powder of a mineral is called streak.
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Cruise Artist's Palette Drive, with its colorfully streaked rock and mineral formations.
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The color of the powder of a mineral is called streak.
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STREAK Streak is the color of a mineral when it is powdered.
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The color of the powder of a mineral is called streak.
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Smell Try smelling the mineral or the streak powder.
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The color of the powder of a mineral is called streak.
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Streak Streak refers to the colour of the powder produced when a mineral is rubbed over the surface of a piece of unglazed, white porcelain.
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The color of the powder of a mineral is called streak.
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Streak refers to the color that a mineral gives off when it is in powered form.
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The color of the powder of a mineral is called streak.
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Streak your hair with gray temporary color, or use powder.
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The color of the powder of a mineral is called streak.
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