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The color that results is referred to as the mineral's streak, that is the color of a mineral in a powdered form.
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The color of the powder of a mineral is called streak.
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The color of the powdered mineral (the streak) may surprise you.
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The color of the powder of a mineral is called streak.
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The streak is a way of checking the color of a mineral's powder.
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The color of the powder of a mineral is called streak.
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This may be the way streak is commonly taught to beginners, but the streak is the color of the powdered mineral (especially when viewed on a white surface) and can easily be obtained by crushing the mineral if it is too hard to obtain by rubbing on the unglazed porcelain.
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The color of the powder of a mineral is called streak.
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A mother and fetus may have incompatible blood types, the most common is Rh incompatibility.
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Rh is the common abbreviation for noting the rhesus blood type.
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Although the Rhesus blood group systems consists of several antigens, such as D, C, c, E and e, the D antigen is the most immunogenic and therefor most commonly involved in Rh incompatibility.
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Rh is the common abbreviation for noting the rhesus blood type.
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Each blood type is also grouped by its Rhesus factor, or Rh factor (another type of antigen).
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Rh is the common abbreviation for noting the rhesus blood type.
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The Rh factor (Rh meaning Rhesus) is a feature of the second most common blood-group system in human-blood transfusion.
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Rh is the common abbreviation for noting the rhesus blood type.
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The Rhesus (Rh) System The Rhesus system is the most important of the other commonly utilized Blood grouping systems.
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Rh is the common abbreviation for noting the rhesus blood type.
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This is known as the Rhesus factor, or more commonly, the Rh factor.
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Rh is the common abbreviation for noting the rhesus blood type.
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blood group and Rh type;
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Rh is the common abbreviation for noting the rhesus blood type.
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Alone among the planets, the surface temperatures of Earth allow water to exist in all three states, solid (ice), liquid (water), and gas (water vapor).
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Ice is the common term for water in its solid state.
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As water changes its state to less energetic, solid ice, it releases its latent heat into the cold.
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Ice is the common term for water in its solid state.
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Freezing involves changing water from its liquid state to its solid state (ice) by the removal of heat.
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Ice is the common term for water in its solid state.
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Frozen water, like ice, is a solid.
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Ice is the common term for water in its solid state.
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I ice a solid form of water.
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Ice is the common term for water in its solid state.
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Ice is water in the solid state.
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Ice is the common term for water in its solid state.
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Ice is when water is solid , steam is when water is gas , and water usually refers to its liquid state .
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Ice is the common term for water in its solid state.
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If you remember, ice is water in the solid state.
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Ice is the common term for water in its solid state.
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In the solid state the structure is open-spaced and ice is less dense than water.
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Ice is the common term for water in its solid state.
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Solid state is called ice, liquid is the normal water and the gaseous stage is called steam.
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Ice is the common term for water in its solid state.
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Solid water (ice) is the only solid that floats.
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Ice is the common term for water in its solid state.
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Sublimation is the state change directly from solid water (snow or ice) to water vapor.
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Ice is the common term for water in its solid state.
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The ices that make the bulk of a comet include water ice, dry ice (solid carbon dioxide), frozen ammonia, solid methane and several common atmospheric gases in solid form such as oxygen.
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Ice is the common term for water in its solid state.
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The solid state of water, ice, is unique.
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Ice is the common term for water in its solid state.
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This permits solid water (ice) to float on liquid water.
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Ice is the common term for water in its solid state.
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Water and water ice clouds common.
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Ice is the common term for water in its solid state.
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Water can exist in 3 states, solid (ice), liquid, and gas (water vapor).
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Ice is the common term for water in its solid state.
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and the three states-of-matter (solid, liquid, and gas), using polar bears and ice to show water in its solid state.
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Ice is the common term for water in its solid state.
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water freezing into ice liquid to solid
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Ice is the common term for water in its solid state.
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Exposure to different Cenozoic environments resulted in varying selection for certain adaptive characters, thus the development of different species of Bison .
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Character displacement is the concept by which two species within the same area to coexist by adapting by developing different specializations.
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Selection imposed by competitors may lead to character displacement , where populations of two closely related species are different (morphologically or behaviorally) where the two species occur together, but are indistinguishable where they occur alone.
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Character displacement is the concept by which two species within the same area to coexist by adapting by developing different specializations.
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The character used to measure displacement in Hydrobia species is difference in shell size.
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Character displacement is the concept by which two species within the same area to coexist by adapting by developing different specializations.
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The coexistence of different alphabets placed in the same ASCII code together with special characters, which must be maintained in order to run standard software, means pushing existing standards to their limits.
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Character displacement is the concept by which two species within the same area to coexist by adapting by developing different specializations.
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The rationale for character displacement stems from the competitive exclusion principle, also called Gause's Law, which contends that to coexist in a stable environment two competing species must differ in their respective ecological niche;
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Character displacement is the concept by which two species within the same area to coexist by adapting by developing different specializations.
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Decaying organic matter (humus) holds moisture in the soil.
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The decayed remains of living organisms is called humus.
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Humus is compost, the decayed remains of plants, animal wastes, and even animals.
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The decayed remains of living organisms is called humus.
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Humus is the dark brown or black part of soil formed from decayed organic matter such as leaves or other vegetable matter.
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The decayed remains of living organisms is called humus.
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Humus is the organic residues of zillions of living beings whose life chemicals take varying periods of time to decay.
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The decayed remains of living organisms is called humus.
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Humus is the product of the decay of organic residues such as wood, leaves, and other biological materials.
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The decayed remains of living organisms is called humus.
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Humus is where living organisms like to live.
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The decayed remains of living organisms is called humus.
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Most of these fungi are free-living saprobes, existing in the environment in decaying vegetation, bird and animal excreta, humus and soil.
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The decayed remains of living organisms is called humus.
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Partially decayed organic material is called humus and has a dark brown, almost black, color.
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The decayed remains of living organisms is called humus.
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Ploughing exposes humus (partially decayed organic material) to rapid oxidation.
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The decayed remains of living organisms is called humus.
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Soil consists of decayed organic matter, called humus, and minerals.
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The decayed remains of living organisms is called humus.
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Soil's organic material, called humus, is formed from the decay of plants and animals.
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The decayed remains of living organisms is called humus.
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Soils with a high humus content are called organic soils.
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The decayed remains of living organisms is called humus.
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The humus that is present today is decayed organic matter from the gradual revegetation of the exposed bedrock.
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The decayed remains of living organisms is called humus.
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This organic material or "humus" is added to the soil when organisms like plants decay.
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The decayed remains of living organisms is called humus.
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humus A dark, loamy, organic material resulting from the decay of plant and animal refuse.
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The decayed remains of living organisms is called humus.
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humus The brown or black organic part of the soil resulting from the partial decay of leaves and other matter.
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The decayed remains of living organisms is called humus.
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As the earth cooled and grew solid, water was trapped in rocks in the earth's crust.
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The earth's crust is composed of igneuos rock.
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Country Rock The earth's crust;
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The earth's crust is composed of igneuos rock.
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Geologists study the layers of rock of the earth's crust.
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The earth's crust is composed of igneuos rock.
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Igneous rocks compose the majority of the rock in the earth's crust.
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The earth's crust is composed of igneuos rock.
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It can also be found trapped in rocks in the Earth's crust.
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The earth's crust is composed of igneuos rock.
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It is not found in reality in the rocks of the Earth's crust.
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The earth's crust is composed of igneuos rock.
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It is the only island in the world composed entirely of oceanic crust and rocks from the mantle deep below the earth s surface.
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The earth's crust is composed of igneuos rock.
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Mantle Layer of the Earth's interior composed of mostly solid rock that extends from the base of crust to a depth of about 2,900 kilometers.
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The earth's crust is composed of igneuos rock.
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Molten rock in the earth's crust.
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The earth's crust is composed of igneuos rock.
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Molten rock possible cause of uplift in Earth's crust.
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The earth's crust is composed of igneuos rock.
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Most of the evidence for an ancient Earth is contained in the rocks that form the Earth's crust.
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The earth's crust is composed of igneuos rock.
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Oceanic crust is primarily composed of mafic rocks, or sima.
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The earth's crust is composed of igneuos rock.
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Rock, at least the rock which makes up the earth's crust, doesn't float.
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The earth's crust is composed of igneuos rock.
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Rocks are composed of mineral matter that was formed originally in large quantities in the earth's outer crust by the action of heat, water, and other environmental actions.
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The earth's crust is composed of igneuos rock.
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Rocks of the earth's crust and the landscapes they produce.
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The earth's crust is composed of igneuos rock.
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That is melted rock inside the earth's crust.
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The earth's crust is composed of igneuos rock.
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The fossils found in the rocks of the earth's crust support this view.
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The earth's crust is composed of igneuos rock.
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The history of the Earth is recorded in the rocks of the Earth's crust.
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The earth's crust is composed of igneuos rock.
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The occurrence of these minerals in rocks will be related to the physical and chemical classification of rocks of the earth's crust.
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The earth's crust is composed of igneuos rock.
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The rocks composing the earth's crust are also embedded in its depths.
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The earth's crust is composed of igneuos rock.
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There are rocks that compose the crust of the planet.
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The earth's crust is composed of igneuos rock.
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They may determine the rock formations on the Earth's crust.
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The earth's crust is composed of igneuos rock.
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formation and alteration of rocks in the earth s crust;
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The earth's crust is composed of igneuos rock.
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most rocks are composed of greater than 95% silicate minerals, and over 90% of the Earth's crust is composed of these minerals.
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The earth's crust is composed of igneuos rock.
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It consists of a thermionic tube with a cathode, an anode and a third electrode which is called the collector or counter electrode.
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The electrode at which reduction occurs is called the cathode.
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It differs from a vacuum tube diode, which has only two electrodes, by having a third electrode, called the grid between the cathode and anode.
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The electrode at which reduction occurs is called the cathode.
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The anode is defined as the electrode at which electrons leave the cell and oxidation occurs, and the cathode as the electrode at which electrons enter the cell and reduction occurs.
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The electrode at which reduction occurs is called the cathode.
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The anode is the electrode at which oxidation occurs, and the cathode is the electrode at which reduction occurs.
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The electrode at which reduction occurs is called the cathode.
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The anode is the electrode where oxidation occurs and mass is lost where as the cathode is t he electrode where reduction occurs and mass is gained.
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The electrode at which reduction occurs is called the cathode.
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The cathode is indeed the negative electrode, where reduction occurs, and the anode the positive electrode, where oxidation takes place.
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The electrode at which reduction occurs is called the cathode.
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The cathode is the negative electrode, where ions gain electrons, and thus, reduction occurs at the cathode.
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The electrode at which reduction occurs is called the cathode.
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The cathode, at which reduction is taking place, is the most positive electrode so the cathode is written on the right.
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The electrode at which reduction occurs is called the cathode.
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The electrode at which reduction occurs is called the cathode .
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The electrode at which reduction occurs is called the cathode.
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The electrode next to the cathode is the control grid.
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The electrode at which reduction occurs is called the cathode.
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The electron beam is accelerated between 2 electrodes called the cathode and the anode (target).
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The electrode at which reduction occurs is called the cathode.
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A battery stores chemical potential energy.
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The energy that is stored in matter is called potential.
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Energy stores potential wealth.
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The energy that is stored in matter is called potential.
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It is stored as a chemical with potential energy.
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The energy that is stored in matter is called potential.
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Potential energy is called stored energy because it with build and hold in many types of energy an then it with use is all.
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The energy that is stored in matter is called potential.
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Potential energy is energy stored in an object.
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The energy that is stored in matter is called potential.
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Potential energy stored energy 2.
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The energy that is stored in matter is called potential.
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This energy is stored in the gravitational force between the ball and the earth and is called gravitational potential energy.
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The energy that is stored in matter is called potential.
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We call the stored energy, potential energy.
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The energy that is stored in matter is called potential.
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2 Years Cytokinesis is the final stage of cell division in which the cytoplasm of the daughter cells is separated into two by the formation of a new cell wall.
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Cytokinesis is the final stage of cell division in eukaryotes as well as prokaryotes.
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Cytokinesis Cytokinesis is the final stage of cell division in eukaryotes as well as prokaryotes.
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Cytokinesis is the final stage of cell division in eukaryotes as well as prokaryotes.
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Cytokinesis is the final stage of cell division in eukaryotes as well as prokaryotes.
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Cytokinesis is the final stage of cell division in eukaryotes as well as prokaryotes.
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After the food is swallowed, cattle can bring the partially digested food, called cud , back up to their mouth from the first compartment of their stomach for more chewing.
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The mouth is the first digestive organ that food enters.
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Food enters the mouth where the first stage in the digestive process takes place, with the action of the tongue and the secretion of saliva.
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The mouth is the first digestive organ that food enters.
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Food is not chewed in the mouth but ground in the gizzard, a digestive organ near the stomach.
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The mouth is the first digestive organ that food enters.
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