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These plants, which include a variety of orchids and ferns, make up much of the understory , the layer of the rainforest right below the canopy.
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The understory of the rainforest commonly has ferns and other ground plants.
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Understory plants have disappeared and koa trees are dying.
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The understory of the rainforest commonly has ferns and other ground plants.
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competition from other understory plants.
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The understory of the rainforest commonly has ferns and other ground plants.
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plant is common high altitude forests as an understory tree.
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The understory of the rainforest commonly has ferns and other ground plants.
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Each normal mature sperm consists of a head that contains the man's genetic material -- his DNA -- and a tail that lashes back and forth at great speed to propel the head forward at about four times its own length every second.
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The "head" of the sperm contains the genetic material.
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In the head of the sperm is its nucleus containing its chromosomes made of the genetic material, DNA , and a vesicle , the acrosome , filled with digestive enzymes, acrosin , needed penetrate the coverings of the egg.
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The "head" of the sperm contains the genetic material.
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The HEAD contains the NUCLEUS with its genetic material and an ACROSOME.
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The "head" of the sperm contains the genetic material.
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The head is what contains the genetic material and is capped by the acrosome, which contains enzymes needed for the sperm to penetrate the egg.
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The "head" of the sperm contains the genetic material.
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The head of the sperm with its genetic material has penetrated the ovum's cell plasma and is steadily approaching the woman's genetic material, which is stored deep inside the ovum.
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The "head" of the sperm contains the genetic material.
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The heads of the sperm contain the genetic information that will fuse with the woman's egg, as well as chemicles that enable the sperm to penetrate the outer shell of the egg.
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The "head" of the sperm contains the genetic material.
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The important part in the sperm whale is the sperm oil, that came from the blubber and the head .
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The "head" of the sperm contains the genetic material.
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The last part of sperm development involves transformation into a cell with a head, which contains the nucleus and DNA, and a filamentous tail, which propels the sperm forward.
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The "head" of the sperm contains the genetic material.
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The microscopic sperm has a head containing genetic material, a "body" that provides energy, and a whiplash tail for movement.
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The "head" of the sperm contains the genetic material.
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The sperm head carries genetic material (chromosomes); the midpiece produces energy for movement; and the long, thin tail wiggles to propel the sperm.
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The "head" of the sperm contains the genetic material.
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The sperm's oval head contains genetic material;
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The "head" of the sperm contains the genetic material.
| 1entails
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There is an index of the material contained at the head of the first reel in each part.
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The "head" of the sperm contains the genetic material.
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Also, if you are able to breastfeed within the first hour of giving birth, those same contractions help to expel the placenta and to shut off the blood vessels in your uterus, reducing the chances of postpartum hemorrhage.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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If the placenta is expelled by 12 hours postpartum, the calving is considered normal.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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Multiparity (>5 babies), previous postpartum hemorrhage, manual removal of the placenta, placental abruption or placenta previa, polyhydramnios, prolonged labor, precipitant labor, difficult forceps delivery, prolonged oxytocin administration, breech extraction.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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Postpartum After a brief recovery period you and your baby will be transferred to your postpartum room.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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Postpartum Depression and the baby blues.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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Postpartum" means the 6-week period following delivery of an infant and placenta.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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The course focuses on the care of the mother and baby during the immediate postpartum period.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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This problem started in immediate postpartum period.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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When you breastfeed your baby soon after birth, your baby's sucking will contract your uterus and this helps to expel your placenta and lessens the risk of postpartum hemorrhage.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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With most Eutherian mammals, the placenta is consumed postpartum by the mother.
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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postpartum and well baby visits;
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The postpartum period starts after the baby is born, and the placenta is expelled from the body.
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A process in which substances are transported across a plasma membrane with the concentration gradient with the aid
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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Active transport An energy-expending mechanism by which a cell moves a chemical across a cell membrane from a point of lower concentration to a point of higher concentration, against the diffusion gradient.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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B) active transport of molecules against their concentration gradients.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
| 0neutral
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Can transport substances "up" their concentration gradient.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
| 0neutral
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For substances to move against their concentration gradient, the cell must spend energy in active transport.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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In general, cells cannot actively transport water against its gradient but that is what we want to accomplish if we are to make the urine more concentrated than the blood.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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NOT active transport, since concentration gradient is not established (different chemical species formed).
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
| 0neutral
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Of course, the ion gradients are themselves the product of primary active, ATP-utilizing transport processes, and hence there is an indirect link between cell metabolism and secondary active transport.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
| 0neutral
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Resistance of parasites to multiple therapeutic drugs involves a membrane protein which is capable of transporting the drugs out of the cell against a concentration gradient.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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Transport of substances across membranes often requires energy to overcome a concentration gradient.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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a) Primary active transport directly uses the hydrolysis of ATP to generate the energy to move a molecule or ion against its concentration gradient.
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Primary active transport involves the forcing of a substance into a cell against its concentration gradient.
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Also crowd scenes or other overpopulation ideas.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Discusses overpopulation, water quality, and species extinction.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Furthermore, changes in climates, whether due to natural processes or to human interferences, may progressively modify these habitats and cause overpopulation or extinction of indigenous species.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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He notes that human extinction is unavoidable, and that it is better to become extinct soon to avoid causing the extinction of other animals.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Human activities, such as overhunting a species or destroying its habitat, have caused the extinction of some species, such as the passenger pigeon , and threatened many others (see endangered species ).
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Human activity caused the two extinctions and the decline of the other three species.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Human overpopulation, which is crowding out other species.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Humans, and other mammals are extinct.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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It would probably be good for the Earth and all the other species, frankly, if humans did go extinct;
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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It's not as if humans have never caused the extinction of species;
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Others are pests that have claimed the habitats of native species, forcing many of them to extinction, causing crop damage and human and animal disease.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Overpopulation is rapidly reducing the quality of life for the masses of humans and condemning thousands of other species to extinction.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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The Times said the scientists believes "that space travel would not solve the problems of overpopulation, but without colonizing other planets humans presented with the possibility of becoming extinct.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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The human species should not feel entitled to extinct other species as a birth right.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Virtually all human illness is caused by one species, Campylobacter jejuni , but 1% are caused by other species.
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Human overpopulation is crowding out other species and making all the other causes of extinction worse.
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Mutations are essential for evolution to occur.
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Mutation is essential in order for evolution to occur because it increases genetic variation and the potential for individuals to differ.
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Mutations, or alteration of genes, along with genetic recombination, increase the genetic variation in a population of animals.
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Mutation is essential in order for evolution to occur because it increases genetic variation and the potential for individuals to differ.
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Quantum evolution is the hypothesis that quantum effects can bias the process of mutation towards adaptive genetic variation.
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Mutation is essential in order for evolution to occur because it increases genetic variation and the potential for individuals to differ.
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This essay will first discuss the phenotypic effects of cac mutation, then the effects of slowpoke mutation on the courtship song, and finally the role played by genetic variation in channels in Drosophila evolution.
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Mutation is essential in order for evolution to occur because it increases genetic variation and the potential for individuals to differ.
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A third property of matter is density .
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Density of matter reflects how closely packed the particles of matter are.
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According to the Standard Model of particle physics, the color-flavor-locked phase is the highest-density phase of three-flavor matter.
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Density of matter reflects how closely packed the particles of matter are.
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Because many physical properties of matter are unique functionals of one-particle densities, hypotheses on the nature of some interactions in materials can be tested by diffraction imaging measurements of one-particle electron densities.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Density Of Matter In 3 States Chemistry From Theory VH4683 JH 11 Min Lucerne Different states of matter reflect different densities of particles.
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Density of matter reflects how closely packed the particles of matter are.
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Mass, color, shape, volume, and density are some of the physical properties of matter.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Matter has density, how close the atoms are packed together.
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Density of matter reflects how closely packed the particles of matter are.
| 1entails
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Physical Properties- State of matter, density, melting point, color.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Physical fractionation of soil organic matter in primary particle size and density separates.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Physical property measurements include powder flow properties, TRU particle and packed density, and particle size distribution.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Physical property measurements include powder flow properties, true particle and packed density, and particle size distribution.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Properties of matter, fluid mechanics, and thermal physics (1) Heat, temperature, and thermodynamics (2) Pressure, density, and the structure of matter 5.
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Density of matter reflects how closely packed the particles of matter are.
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Recognize that density is a characteristic property of matter.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Relate discoveries to the concepts of particles, density, and matter.
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Density of matter reflects how closely packed the particles of matter are.
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The concepts of density and specific gravity are particularly useful in mineral identification because density is a basic physical property of all matter.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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The higher the density, the more closely packed the particles (called atoms and molecules) are.
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Density of matter reflects how closely packed the particles of matter are.
| 1entails
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The modification of free particle properties in nuclear matter becomes increasingly significant, if the average distance between nucleons decreases, that is with increasing density of the nuclear matter.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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The physical principle here is not one of density, but a combination of particle packing and inertia.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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This simply means that no matter what a particle's size, shape or density, it is considered to have properties equivalent to the sedimentation velocity of a unit density sphere.
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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astronomy particle physics stars A RECORD HIGH MATTER DENSITY in an inertial-confinement fusion experiment has been achieved.
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Density of matter reflects how closely packed the particles of matter are.
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particle physical properties such as density and elastic modulus;
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Density of matter reflects how closely packed the particles of matter are.
| 0neutral
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Funding provided is to be used for high priority equipment, including fiber optic scopes, hand-held search lights, vehicle infrared cameras, Global Positioning Systems, infrared scopes, night vision goggles, hand-held range-finder night vision binoculars, and pocket scopes.
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You can use night goggles to see infrared light.
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However, since active infrared light can be detected by night-vision goggles, there can be a risk of giving away position in tactical military operations.
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You can use night goggles to see infrared light.
| 1entails
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Invisible to the unaided eye, the infrared lights identify a precise landing site for pilots wearing special night-vision goggles without alerting hostile forces.
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You can use night goggles to see infrared light.
| 1entails
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It can monitor conversations and even spot campfires at night using infrared technology.
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You can use night goggles to see infrared light.
| 0neutral
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Night vision goggles and infrared was all searching for me.
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You can use night goggles to see infrared light.
| 0neutral
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There are two camera technologies that can see at night without the use of artificial lighting.
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You can use night goggles to see infrared light.
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Upgrading the sight by adding an infra-red pulsing laser and infrared illuminator, the sight can be used in conjunction with night vision goggles to illuminate targets under the darkest conditions.
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You can use night goggles to see infrared light.
| 1entails
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Use night vision goggles, papers to help you sneak past guards, a jet pack to help enhance jumps, infrared goggles, health packs and more.
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You can use night goggles to see infrared light.
| 0neutral
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Before the Voyager 1 spacecraft flitted by Saturn and Titan in 1980, astronomers knew of Titan's atmosphere because of the moon's reddish appearance in Earth-bound telescopes.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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In 1980 and 1981, the Voyager 2 spacecraft sent back close-up views of Saturn and its rings and moons.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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In November 1980, Voyager 1 visited Saturn, and took higher resolution photographs of the planet, rings and moons.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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In November 1980, the Voyager 1 probe visited the Saturn system.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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More Saturn Background Three spacecraft have visited the sixth planet.
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The voyager 1 spacecraft visited saturn in 1980.
| 0neutral
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Saturn The Pioneer and Voyager spacecraft.
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The voyager 1 spacecraft visited saturn in 1980.
| 0neutral
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Saturn has been visited by 3 spacecraft Pioneer 11 in 1979, Voyager 1 in 1980 and Voyager 2 in 1981.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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Saturn has been visited in flybys in the 1970s by NASA's Pioneer 10 and 11 and in 1980-81 by the Voyager 1 and 2 spacecraft.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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Saturn was first visited by Pioneer 11 in 1979 and later by Voyager 1 in 1980 and Voyager 2 in 1981.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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Saturn's rings are bright and visible from Earth, but the rings around the other three ringed planets were not seen until NASA's Voyager spacecraft flew by in the 1980's.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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Science Objectives The Pioneer 11 and Voyager 1 and 2 spacecraft observed Saturn in 1979, 1980 and 1981.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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Some of Saturn's smaller moons were discovered by the Voyager spacecraft, which passed the planet in 1980 and 1981.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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TELEPHONE (818) 354-5011 PHOTO CAPTION P-23254 C & BW S-1-62 Dec. 4, 1980 Voyager 1 looked back at Saturn on Nov. 16, 1980, four days after the spacecraft flew past the planet, to observe the appearance of Saturn and its rings from this unique perspective.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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That is about six minutes, or one percent, longer than the radio rotational period measured by the Voyager 1 and Voyager 2 spacecraft, which flew by Saturn in 1980 and 1981.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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The most complex interplanetary spacecraft ever built, Cassini is a follow-on to the brief reconnaissance of Saturn performed by the Pioneer 11 spacecraft in 1979 and the Voyager 1 and 2 encounters of 1980 and 1981.
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The voyager 1 spacecraft visited saturn in 1980.
| 1entails
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