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Radioactivity can be measured using a geiger counter , a cylinder containing a low-pressure gas and two (2) electrodes .
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
She also invented the Geiger counter to measure radioactivity.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Sometimes radioactivity is measured in counts per minute on a Geiger counter.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
The Geiger counter can also measure radioactivity.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Using radiometry, which is similar to counting the ticks given off by a Geiger counter, the amount of beta particle (electron) decays per 1000 minutes is measured.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
neutral
|
We can measure radioactivity with the Geiger counter.
|
The 'counting' instrument geiger counter is used to measure radioactivity.
|
entails
|
Almost everyone agrees the new toilets do not have enough water to flush properly, so people defeat the water saving goal by flushing multiple times.
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The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
As part of their project work to achieve Green Flag status for water conservation the school converted all their single flush siphonic toilets (school toilets use on average 85% of school water) from single flush to variable flush using the Mecon Green Button Water Saver.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Do not flush toilets or use water.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Flush toilets and water are nearby.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Flush toilets that use much less water are available.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Grey water can be used for flushing the toilets.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
If necessary, use water from the bathtub to flush the toilet.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Legislative declaration on use of sea water for toilet flushing.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
No hot water, outdoor non-flush toilet (a big hole with commode over it).
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
No water to shower or flush the toilet.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Not to be indelicate about it -- but the poor performance has convinced many people they must flush two or three times per use, which negates the water savings the toilets are supposed to provide.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Or use the water only for toilet flushing.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Piped water, flush toilets.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
That amount of water, however, sometimes does not accomplish the job, and leads to users flushing the toilet multiple times to clear the bowl.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
The amount of water used per week to wash disposable diapers at home is about the same amount consumed by an adult flushing the toilet five or six times daily for a week.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
The school had a single toilet that barely flushed and no tap water.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
The stored water is then used for multiple purposes including flushing toilets, greening the city, fire fighting, and emergency drinking water.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
The treated water is used to flush toilets and to water plants.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
The water is used the next time someone flushes a toilet.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Their toilet uses 4 gallons every time it is flushed, They installed a new toilet that only uses 2 gallons of water per flush.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Their toilets have to be flushed multiple times to effectively remove waste because a single flush does not provide sufficient momentum to carry away solid waste.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
This output is then used as the clean water for the toilet flushing system.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
This water is used to water plants and for the flushing of toilets.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Toilets are the single largest use of water inside the home.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
entails
|
Toilets generally use water and are flushed into a sewage system.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
Ultra-low flush toilets use half the water of conventional toilets.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
WATER CONSERVATION -- LOW-FLUSH TOILETS Low-flush toilets are becoming an increasingly popular way to reduce home water use.
|
The action of flushing the toilet, performed multiple times daily, is the single biggest use of water in the home.
|
neutral
|
At normal ambient pressure, coolant has a higher boiling point than water.
|
External pressure affects the boiling point of water.
|
neutral
|
Boiling point at reduced pressure (T boil ).
|
External pressure affects the boiling point of water.
|
neutral
|
If the boiling point of water is increased when the external pressure is increased, then decreasing the external pressure should decrease the boiling point.
|
External pressure affects the boiling point of water.
|
entails
|
Start with liquid water at its boiling point at pressure P.
|
External pressure affects the boiling point of water.
|
neutral
|
The boiling point becomes lower as the external pressure is reduced.
|
External pressure affects the boiling point of water.
|
entails
|
The boiling point is a characteristic property of a pure liquid at constant pressure, but it varies with external pressure.
|
External pressure affects the boiling point of water.
|
entails
|
This decreased air pressure affects the way water boils.
|
External pressure affects the boiling point of water.
|
neutral
|
Conductors allow the free flow of electrons through them.
|
A conductor allows electrons to move in an electrochemical system
|
entails
|
ELECTRIC CURRENT Electrons move through a conductor in response to a magnetic field.
|
A conductor allows electrons to move in an electrochemical system
|
entails
|
Such conductors are metallic looking because light is moving the electrons, too.
|
A conductor allows electrons to move in an electrochemical system
|
neutral
|
We have the ability to make electrons move by moving a conductor in a magnetic field or moving a magnetic field past a stationary conductor.
|
A conductor allows electrons to move in an electrochemical system
|
entails
|
After this a section will discuss what the weight of empirical evidence has to say about the validity of the most widely accepted theory of the yield curve -- the expectations hypothesis .
|
Evidence allows theories to be widely accepted.
|
neutral
|
Although the theory of absorption is widely accepted among proponents of aromatherapy, there is no scientific evidence to support it.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Although widely and uncritically accepted by researchers, practitioners, and the public, and despite contradictory evidence, most of the theory and the resulting dogma, the author asserts, are unconvincing and probably wrong.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Despite a few modern critics and some apparently contrary evidence, the Big Bang theory remains the widely accepted explanation for the structure we see in the Universe.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Duringhis early career, before science had strong evidence for the existence of DNA , the theory of evolution was not widely accepted.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Even though no archaeological evidence has confirmed it, the spiral ramp theory has been widely accepted among scientific circles.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Evidence from theoretical biology A branch of theoretical biology that has gained very wide acceptance in recent decades is game theory, as developed by John Maynard Smith.
|
Evidence allows theories to be widely accepted.
|
neutral
|
He accepts only the evidence that fits his theory.
|
Evidence allows theories to be widely accepted.
|
neutral
|
He states that the reason why the theory of evolution is widely accepted is not because there is sufficient evidence to prove it but because the other theory, that is, supernatural creation, is totally unacceptable.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Her findings showed no direct evidence to support another widely accepted and competing theory that chemical pollution is the cause of the deformities.
|
Evidence allows theories to be widely accepted.
|
neutral
|
However, the evidence is controversial and is not widely accepted.
|
Evidence allows theories to be widely accepted.
|
neutral
|
If true, they would be compelling evidence of the widely accepted theory that modern-day birds descended directly from dinosaurs.
|
Evidence allows theories to be widely accepted.
|
neutral
|
It accepts new theory, new evidence and new hypotheses.
|
Evidence allows theories to be widely accepted.
|
neutral
|
It is also widely accepted that the theory of evolution is supported by such a vast body of scientific evidence, and encountering so few contradictions, it should be accepted as an established fact.
|
Evidence allows theories to be widely accepted.
|
neutral
|
No evidence has been published in peer-reviewed, scientific journals to support these proposals, and the somatid theory of cancer development is not widely accepted.
|
Evidence allows theories to be widely accepted.
|
neutral
|
Scientific theories are comprehensive frameworks which are will supported by evidence are are widely accepted by the scientific community.
|
Evidence allows theories to be widely accepted.
|
entails
|
The exact causes of BSE or nvCJD may not be known, but scientific evidence indicates the prion theory is widely proven and accepted.
|
Evidence allows theories to be widely accepted.
|
neutral
|
There is little evidence that this model will be widely accepted.
|
Evidence allows theories to be widely accepted.
|
neutral
|
These facts are just part of the evidence suggesting " accepted " theories on the discovery of Australia could well be wide of the mark.
|
Evidence allows theories to be widely accepted.
|
neutral
|
While there's some interesting evidence to support her theory, it's far from widely accepted, and other researchers have equally convincing data for alternative explanations.
|
Evidence allows theories to be widely accepted.
|
neutral
|
and allow students to write down all the counter-arguments or evidence, or present the case for accepting one theory over another.
|
Evidence allows theories to be widely accepted.
|
neutral
|
A brass is an alloy of copper with zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Among the zinc containing ones, brass is an alloy of zinc and copper.
|
Brass alloy is made from copper and zinc.
|
entails
|
BRASS An alloy of copper and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass Alloy An alloy of copper and zinc , although the term is loosely used to include all copper alloys.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass An alloy of copper (60 percent or over) and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass An alloy of zinc and copper .
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass a copper-rich copper-zinc alloy.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is a common alloy made by combining Copper and Zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is an alloy made chiefly of copper and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is an alloy made from copper and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is an alloy of copper ( 70% ) and zinc ( 30% ).
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is an alloy of copper and zinc
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is an alloy of copper and zinc (38%).
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is an example of an alloy, being a homogeneous mixture of copper and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass is copper alloyed with zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
Brass which is an alloy of copper and zinc, was not known till the thirteenth century.
|
Brass alloy is made from copper and zinc.
|
entails
|
Copper is mixed with zinc to make brass
|
Brass alloy is made from copper and zinc.
|
entails
|
Metallurgy distinguishes between Bronze alloys, which contain mainly Copper and Tin, and Brass alloys which contain Copper and Zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
The other important alloy of copper is the yellowish alloy brass , which consists of copper and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
This mixture of copper and zinc forms the alloy commonly known as brass .
|
Brass alloy is made from copper and zinc.
|
entails
|
Understand the basic theory of alloy plating and various alloy plating processes, including zinc-nickel and zinc-cobalt (acid and alkaline), tin-zinc, zinc-iron, copper-zinc alloys (brass) and other commercial alloys;
|
Brass alloy is made from copper and zinc.
|
entails
|
Zinc 840 Brass (alloyed with copper), coatings for steel, used in rubber and paints.
|
Brass alloy is made from copper and zinc.
|
neutral
|
a) Copper-zinc alloy plating solutions Copper-zinc plating is generally called brass plating.
|
Brass alloy is made from copper and zinc.
|
neutral
|
brass A yellowish alloy consisting mainly of copper and zinc.
|
Brass alloy is made from copper and zinc.
|
entails
|
3) Tetrapods evolved more than once.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
A third group of tetrapods, the anthracosaurs , include the ancestors of amniotes .
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
Air-breathing in lungfishes is not considered to be a shared specialization with tetrapods, but evolved independently.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
Around 380 to 375 Ma, the first tetrapods evolved from fish.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
As mentioned, the labyrinthodont vertebrae, like that of their crossopterygian ancestors, and unlike that of later tetrapods, is made up of several parts, and different labyrinthodont lineages evolved their vertebrae different ways.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
Based on many other lines of evidence, we already knew that modern tetrapods evolved from a fish ancestor.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
Caecilians evolved from a tetrapod ancestor, but they lost their legs during the course of their evolution.
|
Caecillians evolved from tetrapod ancestors.
|
entails
|
Caseids are notable for being one of the first groups of tetrapods to evolve herbivory;
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
Crown-group tetrapods are descendants of the most recent common ancestor of all living tetrapods and stem tetrapods are forms that are outside the crown group.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
Early tetrapods evolved from a group of vertebrates known as the tetrapodomorph fishes.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
In this classification, Caerorhachis is a close ancestor of amniotes, or tetrapods that lay eggs on land.
|
Caecillians evolved from tetrapod ancestors.
|
neutral
|
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