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Almost all plant tissues have the capacity to make ethylene, although in most cases the amount of ethylene produced is very low.
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Ground tissue makes up most of the inside of a plant.
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Cryogenic grinding of plant and animal tissue is a technique used by microbiologists.
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Ground tissue makes up most of the inside of a plant.
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For example, there is little or no detectable expression of telomerase in most vegetative tissues of plants nor in most somatic tissues of animals.
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Ground tissue makes up most of the inside of a plant.
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For most of Sarehole's life, it was a corn grinding mill but in the early part of the 19th century, it was used for blade grinding as well as making flour.
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Ground tissue makes up most of the inside of a plant.
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Grinding and polishing the mirror is the most difficult part of making a telescope.
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Ground tissue makes up most of the inside of a plant.
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Having vascular tissues allows most plants to...
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Ground tissue makes up most of the inside of a plant.
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I grind until most tissue fragments are very small.
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Ground tissue makes up most of the inside of a plant.
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In this photo, Jooh-Ha is extracting metabolites (metabolism produced organic compounds) from green plant tissue through a grinding process.
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Ground tissue makes up most of the inside of a plant.
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It includes grinding spheres, which are vortexed with frozen plant tissue to break open tough cell walls.
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Ground tissue makes up most of the inside of a plant.
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Living tissue of both plants and animals is mostly water.
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Ground tissue makes up most of the inside of a plant.
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Mention milling and millstones, and most people think of grinding grain to make flour.
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Ground tissue makes up most of the inside of a plant.
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Most "scientific" tests are based on grinding up tissue and then examining it with a microscope, spectroscopy or other laboratory-based procedures.
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Ground tissue makes up most of the inside of a plant.
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Of the simple yet complex interrelationships between the cells that make up tissues, and the tissues that make up organs of the plant.
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Ground tissue makes up most of the inside of a plant.
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Parenchyma Parenchyma tissue makes up most of ...
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Ground tissue makes up most of the inside of a plant.
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Place 2 to 3 g of plant tissue in the mortar, cover with liquid nitrogen and grind to a fine powder.
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Ground tissue makes up most of the inside of a plant.
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Plant Cells and Tissues The tissues that make up the parts of a plant are groups of cells that perform a particular function.
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Ground tissue makes up most of the inside of a plant.
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Plant Tissues .
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Ground tissue makes up most of the inside of a plant.
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Plant material is the most common tissue preserved in this manor.
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Ground tissue makes up most of the inside of a plant.
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Pre-chill a mortar and pestle with liquid nitrogen and grind the plant tissue to a fine powder (adding liquid nitrogen periodically to prevent the tissue from thawing).
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Ground tissue makes up most of the inside of a plant.
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Prepare plant tissue extracts by grinding the appropriate tissue in a few milliliters of solvent in a mortar and pestle.
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Ground tissue makes up most of the inside of a plant.
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Several tissues make up a plant system.
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Ground tissue makes up most of the inside of a plant.
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Shredding by these teeth involve a side-to-side motion using the sharp edges to grind the tough plant tissues to a pulp.
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Ground tissue makes up most of the inside of a plant.
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Sometimes it won't make any noise or grinding but most of the time it does.
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Ground tissue makes up most of the inside of a plant.
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Their rough faces often make excellent surfaces for grinding plant seeds.
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Ground tissue makes up most of the inside of a plant.
| 0neutral
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They are found in most foliar tissue, including the leaves, stems, buds, and crowns, making it difficult to control the disease on the plant itself once it has been infected
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Ground tissue makes up most of the inside of a plant.
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This then arises the problem with grinding grains in the United Kingdom, it is too damp there most of the time and it makes it difficult to grind and bolt meal.
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Ground tissue makes up most of the inside of a plant.
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Three Plant Tissue Systems The ground tissue system makes up the bulk of the plant body.
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Ground tissue makes up most of the inside of a plant.
| 1entails
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To identify isozymes, a crude protein extract is made by grinding animal or plant tissue with an extraction buffer, and the components of extract are separated according to their charge by gel electrophoresis.
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Ground tissue makes up most of the inside of a plant.
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To make paint, an artist had to grind pigment from minerals or plants into a powder, and add a liquid to make a paste.
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Ground tissue makes up most of the inside of a plant.
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Wisdom teeth are vestigial third molars that human ancestors used to help in grinding down plant tissue.
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Ground tissue makes up most of the inside of a plant.
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plant tissues
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Ground tissue makes up most of the inside of a plant.
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therefore, making the most of the tissue on hand is critical.
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Ground tissue makes up most of the inside of a plant.
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Basically, it's satellites sent up into space, that using at least 4 of these satellites, can pinpoint your specific position on the surface of the earth or slightly above it.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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E Earth station A satellite communications device located on the Earth's surface.
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Satellites are man-made devices in space that are used to observe the earth's surface.
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Earth observation satellites are satellites specifically designed for Earth observation from orbit, similar to spy satellites but intended for non-military uses such as environmental monitoring, meteorology, map making etc.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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Earth observation satellites, such as ESA's ATSR satellites, make use of the infrared to monitor sea surface temperatures, and can track the build up of events such as El Nino.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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On Ride's second space flight the following year, she used the robot arm to deploy the Earth Radiation Budget satellite and conducted radar observations of the Earth.
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Satellites are man-made devices in space that are used to observe the earth's surface.
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Remote sensing in this context means acquiring information about the Earth's surface by the use of various devices mounted in aircraft or on satellites in orbit around the Earth.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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Remote sensing scientists use various sensing systems, including sensor devices mounted on satellites, to analyze various aspects of the earth's surface and atmosphere.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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Space physicists use data gathered from satellites and observation stations in remote corners of the earth to predict changes in the atmosphere.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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The Earth's surface can be observed from space much more effectively and accurately using satellites than it can from the ground by humans, and remote sensing has become a major source of the information that is used by researchers, companies, and agencies to produce maps.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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The Use of Earth Observing Satellites for Hazard Support .
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Satellites are man-made devices in space that are used to observe the earth's surface.
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They'll be used to investigate the violent space weather that can threaten satellites, astronauts and even power grids on the Earth's surface.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 0neutral
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This could be accomplished with sensors mounted on aircraft or satellites for observing Earth's surface, providing images to make detailed maps of selected study areas.
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Satellites are man-made devices in space that are used to observe the earth's surface.
| 1entails
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Examples of plasmas in nature include the Aurora Borealis, the ionosphere of the earth, the solar wind and the material of the sun and stars.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Laboratory Plasmas Shed Light on the Sun;
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
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Lightning, sparks, neon lights, and the sun are all examples of matter in the plasma state.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Lights in the sky can include such phenomena as ball lightning, swamp gas, earthquake lights, meteors, plasma, stars, planets, aircraft lights, jet or rocket exhaust, sun-dogs and a host of other odd known or unknown effects.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
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Plasma is found in stars, the sun, the solar wind, lightning, and fire.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Some examples of a plasma matter include the charged air produced by lightning and a star such as our own sun.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Also, plasmas make up the atmosphere of the sun and other stars, so Dr. Joshi's research is of great interest to astrophysicists.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Plasmas are produced by very high temperatures, as in the Sun and other stars, and also by the ionization resulting from exposure to an electric current, as in a fluorescent light bulb or a neon sign.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Stars (including the Sun ) are mostly made of plasma.
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Plasma comprises the sun and other stars, as well as lightning and the northern lights.
| 1entails
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Inform all concerned if you have an implant containing any metal parts such as pacemakers, hip or knee implants etc.
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Metal is regularly used in human hip and knee implants.
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The materials used for the replacement hip joints were usually metals such as titanium with the hip socket usually lined with plastic.
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Metal is regularly used in human hip and knee implants.
| 1entails
|
The materials used in the cochlear implant also may activate metal detection systems.
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Metal is regularly used in human hip and knee implants.
| 0neutral
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Basing its values on the maximum amplitude, or height, of the seismic waves released during an earthquake, the Richter Scale measures the magnitude of an earthquake.
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The height of the wave is used to determine the magnitude of an earthquake.
| 1entails
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Furthermore, the amplitude (height) of the S wave recorded at the station can be used to determine earthquake magnitude.
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The height of the wave is used to determine the magnitude of an earthquake.
| 1entails
|
It is usually determined by measuring the amplitude (height) or by modeling the character of the earthquake waves recorded by a seismograph.
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The height of the wave is used to determine the magnitude of an earthquake.
| 1entails
|
It measure the height of the tallest wave on the seismograph and calculates the magnitude or strength of the earthquake.
|
The height of the wave is used to determine the magnitude of an earthquake.
| 1entails
|
The Richter Scale describes the magnitudes (heights) of seismic waves measured by a seismograph.
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The height of the wave is used to determine the magnitude of an earthquake.
| 1entails
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The difference in arrival time between P and S waves on a seismogram can be used to determine the distance of the station from the earthquake source and the amplitude (height) of the S wave recorded at the station can be used to determine earthquake magnitude (see Earthquake measurement ).
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The height of the wave is used to determine the magnitude of an earthquake.
| 1entails
|
Consumers take in food by eating producers or other living things.
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Consumers are members of an ecosystem food chain that take in food by eating producers or other living things.
| 1entails
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Every living thing in a food chain is either a producer or a consumer.
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Consumers are members of an ecosystem food chain that take in food by eating producers or other living things.
| 0neutral
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Identify the position of a bird in a food chain of producers, consumers, and decomposers in an ecosystem.
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Consumers are members of an ecosystem food chain that take in food by eating producers or other living things.
| 0neutral
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Producers and Consumers in Food Chains
|
Consumers are members of an ecosystem food chain that take in food by eating producers or other living things.
| 0neutral
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An exact replication (i.e., copy) of another student's work is not acceptable.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Another study that used a partial replication of Milgram's work changed the experimental setting.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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But Domino replication might do the hacker's work for him or her.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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By sharing the findings of their research, scientists provide the scientific community with opportunities to replicate and further test their work, thus either confirming new explanations or refuting them.
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To confirm the work of another scientist, a scientist might replicate their work.
| 1entails
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Congress' concern was with scientists unknowingly and needlessly duplicating the work of other scientists, not with replications of experiments to check or expand the work of others.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Current efforts in artificial replication are largely unfunded work by individual scientists.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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If one did not work, another might.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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It might be to work crosstracks in another.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Mabee is working to gather evidence that might confirm this theory.
|
To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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More work for the scientists (and another reason for going back there).
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Now works as a replicant.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Replication should work with RAND() .
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Scientists are continuing to do enormous amounts of back-breaking work, so that this species might have another chance at life.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Scientists are working on it.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Scientists might work for more than one institute.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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That is, it might work on one lake and not on another.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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The work of a scientist.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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These techniques might not work with another audience.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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They are now working to replicate the feat.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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They confirm that you appreciated another's work, gift, or thoughtfulness.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Things that work on one machine might not work on another.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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This works here because we do not replicate the formula to another row, hence there is no change in the row reference in the replicated formulas anyway.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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What worked for one landing might not work for another.
|
To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
|
What works for one area might not work for another.
|
To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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What works for one child might not work for another.
|
To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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What works for one company might not work for another.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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What works for one guy might not work for another.
|
To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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What works for one person might not work for another.
|
To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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What works with one face, might not work with another.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Work with replication.
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Working with Scientists..
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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the scientists working on it;
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To confirm the work of another scientist, a scientist might replicate their work.
| 0neutral
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Among minerals flint and quartz was used the most for making cutting tools.
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The mineral quartz is used to produce glass.
| 0neutral
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Because natural quartz is often twinned, synthetic quartz is produced for use in industry.
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The mineral quartz is used to produce glass.
| 0neutral
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