DefenceLab/scitail · Datasets at Hugging Face

premise stringlengths 1 69.2k	hypothesis stringlengths 21 234	label class label 2 classes
Both macromolecules (large molecules) are required for control of cellular activity and to sustain cellular activity.	Any large molecule is referred to as a macromolecule.	1entails
But all of the participants in the program are studying macromolecules, or large molecules.	Any large molecule is referred to as a macromolecule.	1entails
Even below this level are other parts so small that they are formally classified as macromolecules (large molecules).	Any large molecule is referred to as a macromolecule.	1entails
Large molecules, or macromolecules , are, for example, starch and proteins.	Any large molecule is referred to as a macromolecule.	1entails
M macromolecule A very large molecule.	Any large molecule is referred to as a macromolecule.	1entails
Macromolecules are large molecules made up from small sub-units.	Any large molecule is referred to as a macromolecule.	1entails
Proteins 190 Proteins are macromolecules (very large molecules) that are made up of long chains or strands of polymerized amino acids .	Any large molecule is referred to as a macromolecule.	1entails
Simulations of large molecules and biological macromolecules can therefore only be performed with classical mechanics.	Any large molecule is referred to as a macromolecule.	0neutral
Since these polymer molecules are so large(containing up to hundreds of monomer molecules), they are called macromolecules .	Any large molecule is referred to as a macromolecule.	1entails
The company's goal is to deliver virtually any therapeutic protein, vaccine or other large molecule by oral, nasal or pulmonary administration by enabling the uptake and efficient transport of these bioactive macromolecules across mucosal barriers.	Any large molecule is referred to as a macromolecule.	0neutral
macromolecules Large molecules made up of many small organic molecules that are often referred to as monomers;	Any large molecule is referred to as a macromolecule.	1entails
7 Types of osmosis Osmolarity- a difference in osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
A reverse osmosis membrane separates the various low-molecular-weight molecules and ions from the solvent by forcing the solvent or major component to pass selectively through the membrane by applying pressure greater than the normal osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	1entails
A.4 Simplified concept of osmosis, osmotic pressure, and reverse osmosis (Source: AWWA 1989) Fig.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Also describe osmosis and osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Boyle's Law can also be applied to osmosis, which, in turn, allows the determination of molecular weights by osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Define osmosis and osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Define the terms- diffusion, osmosis, and osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Dialysis is analogous to osmosis but the pores in the membrane are larger It is affected by colloidal osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
If you want a more technical term, it would be osmosis and osmotic pressure differences.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
In osmosis, naturally occurring in living things, the pure solution passes through the membrane until the osmotic pressure becomes equalized, at which point osmosis ceases.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Name the colligative properties and their effects, explain osmosis and dialysis and calculate osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Osmosis Reverse Osmosis and Osmotic Pressure Described Science education article on osmosis 1001 Periodic Table and Science Quiz Questions Quizzes for students in grade 3 to grade 12.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Osmosis Reverse Osmosis and Osmotic Pressure Described Science education article on osmosis Phthalocyanine and Related Macrocycles A link page devoted to the semi-thriving community of phthalocyanine and related macrocycles chemistry.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Osmotic pressure as an indication of the tendency for osmosis to occur.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Reverse Osmosis reverses this process by applying pressure in excess of the osmotic pressure to the saline solution, forcing water through the membrane.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	1entails
Tone of solution is defined as effective osmotic pressure Only molecules not permeable across the membrane contribute to a solutes tone Principles of osmosis continue to apply except now water diffuses to the greatest effective osmotic pressure	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
Water moves by osmosis from the solution of lower osmolality and osmotic pressure to the solution of higher osmolality and osmotic pressure.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
and Osmosis, Osmotic Pressure and Reverse Osmosis-Vol.	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
explain what osmosis and osmotic pressure are ·	Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.	0neutral
About five weeks after your last period (three weeks after fertilization), the fetal heart starts beating, and a week or so later, can first be seen by transvaginal ultrasound.	The fetal period lasts approximately 30 weeks weeks.	0neutral
All take place weekly and last from 20 to 30 minutes approximately.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Androgens would masculinise the brain at the critical period of 6 weeks in fetal life.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Approximately 30 gallons per week.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Approximately 30 hours a week, not to exceed 1,500 hours in a 365-day period.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Approximately 30 to 37.5 hours a week.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Approximately 30 to 40 hours a week.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Approximately one-third of the susceptible mothers were vaccinated during the highest risk period for viremia and fetal defects (1 week before to 4 weeks after conception).	The fetal period lasts approximately 30 weeks weeks.	0neutral
At about five weeks or so after your last period, you see "fetal pole" on ultrasound.	The fetal period lasts approximately 30 weeks weeks.	0neutral
At the end of week 10 the embryonic period is complete and the fetal period begins.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Being the last week before dead week, many classes have made this particular week a period for other projects to be turned in.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Birth typically occurs at about 38 weeks after fertilization, so the fetal period generally lasts about 30 weeks.	The fetal period lasts approximately 30 weeks weeks.	1entails
During the fetal period (ninth week to birth) ... ."	The fetal period lasts approximately 30 weeks weeks.	0neutral
During the subsequent pregnancy, fetal blood was sampled 19 weeks after the last menstrual period;	The fetal period lasts approximately 30 weeks weeks.	0neutral
Each group lasts approximately six weeks and meets one time per week for 30 minutes during the school day.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Fetal Period The fetal period encompasses the ninth week of gestation until birth.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Fetal development week by week	The fetal period lasts approximately 30 weeks weeks.	0neutral
Gestational Age The number of complete weeks of fetal development, calculated from the first day of the last menstrual period.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Her last menstrual period was approximately 6 weeks ago.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Hours are approximately 30 per week.	The fetal period lasts approximately 30 weeks weeks.	0neutral
In humans, the fetal period begins at the eighth week of gestation.	The fetal period lasts approximately 30 weeks weeks.	0neutral
In humans, this occurs at 21 to 28 days of fetal age which is about 6 weeks after the last menstrual period.14 12.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Interns are expected to devote approximately 30 hours per week over a ten-week summer period, unless otherwise indicated.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Measurements are taken at 30 minute intervals for approximately two week periods.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Measurements are taken at thirty (30) minute intervals for approximately two-week periods.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Rehearsal periods last approximately 3 weeks before production load-in.	The fetal period lasts approximately 30 weeks weeks.	0neutral
She did not know the date of her last menstrual period, and ultrasound examination at 17 weeks gestation did not show fetal abnormalities.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Statistical week 31 is, approximately, the last week in July.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The Last Week ...........................................................30 7.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The active treatment should be preceded by a three week drug washout period and followed by a treatment phase lasting approximately six weeks.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The blood pressure in the fetal aorta is approximately 30 mm Hg at 20 weeks of gestation, and increases to approximately 45 mm Hg at 40 weeks of gestation.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The color will fade approximately 30 to 40 percent over a four week period.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The council agreed last week to try this for a 30-day trial period.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The deadline time was established approximately two weeks before the last class period.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The fetal period of development lasts from about eight weeks (two months) until birth.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The final stage of prenatal development, the fetal stage , lasts from approximately week eight to birth.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The formal rush period lasts approximately a week and a half and concludes with bid day.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The formal rush period lasts approximately a week and a half.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The last six weeks of gestation is the period of rapid growth of the fetal lambs.	The fetal period lasts approximately 30 weeks weeks.	0neutral
The seminars lasted four weeks and each had approximately 30 participants.	The fetal period lasts approximately 30 weeks weeks.	0neutral
These drug education units lasted approximately 30 to 45 min over a period of 2 to 4 weeks.	The fetal period lasts approximately 30 weeks weeks.	0neutral
These studies require a sample of fetally derived tissue that can be obtained either by chorionic villus sampling (CVS), which can be performed as early as the ninth week of pregnancy, or by amniocentesis, which is performed at approximately 16 weeks after the last menstrual period.	The fetal period lasts approximately 30 weeks weeks.	0neutral
This is because approximately 70 percent of fetal growth occurs during the last 4 to 6 weeks of pregnancy.	The fetal period lasts approximately 30 weeks weeks.	0neutral
This is especially important during the first 14 weeks after your last menstrual period when fetal organ systems are forming.	The fetal period lasts approximately 30 weeks weeks.	0neutral
This weekly Saturday program lasts approximately 30 minutes.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Treatments last approximately 16 weeks and occur weekly.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Typically, volunteers commit to visits once-a-week for 5 weeks, each visit lasting approximately 30 minutes.	The fetal period lasts approximately 30 weeks weeks.	0neutral
Most women feel fetal movement (quickening) at 18 weeks if it is your first baby (i.e. 18 weeks from your last menstrual period - LMP).	The fetal period lasts approximately 30 weeks weeks.	0neutral
As the waste stabilises, methane production will reduce.	Archaeans produce methane gas as a waste product.	0neutral
At the time of the 1909 and 1910 Acts, coalbed methane gas (CBM gas) was considered a dangerous waste product of coal mining.	Archaeans produce methane gas as a waste product.	0neutral
By gathering more production to a single point, the feasibility of waste methane recovery to reduce greenhouse gas loading was enhanced.	Archaeans produce methane gas as a waste product.	0neutral
Decomposing wastes produce a flammable gas called methane, and methane explosions can result.	Archaeans produce methane gas as a waste product.	0neutral
Landfills also produce methane gas.	Archaeans produce methane gas as a waste product.	0neutral
Large amounts of methane are produced during industrial sewage treatment processes, but the gas is usually wasted rather than trapped for recycling.	Archaeans produce methane gas as a waste product.	0neutral
Methane Production , detailed discussion by someone who's done it (that is, produced methane gas from manure and chopped plant matter.	Archaeans produce methane gas as a waste product.	0neutral
Methane is produced through anaerobic (without oxygen) decomposition of waste in landfills, animal digestion, decomposition of animal wastes, production and distribution of natural gas, oil and coal production and incomplete fossil fuel combustion.	Archaeans produce methane gas as a waste product.	1entails
Methane production by livestock and animal waste is a major contribution to greenhouse gas production.	Archaeans produce methane gas as a waste product.	0neutral
Methanogens use hydrogen and hydrogen rich compounds and carbon dioxide to produce energy for themselves and release methane (natural gas) as a waste product.	Archaeans produce methane gas as a waste product.	0neutral
Ninety percent of controlled waste was buried in landfill sites and produced 2 million tons of methane gas.	Archaeans produce methane gas as a waste product.	0neutral
This project considered the first of its kind in Asia and North Africa, aims at utilizing methane gas, produced by domestic solid wastes and biogenerated wastes, directly to generate electricity.	Archaeans produce methane gas as a waste product.	0neutral
We also create greenhouse gas emissions through our waste management practices, as methane gas is produced as waste decomposes in dumps and landfills.	Archaeans produce methane gas as a waste product.	0neutral
and (5) land disposal which produces no measurable methane gas or which involves the retrieval of methane gas as a fuel for the production of energy to be used on-site or for sale;	Archaeans produce methane gas as a waste product.	0neutral
biological production of alcohol or methane gas from controlled microbial digestion of natural and indus- trial waste materials;	Archaeans produce methane gas as a waste product.	0neutral
1.4.9-6 Explain how a compound machine is made from simple machines.	Scissors are compound machines.	0neutral
A pair of scissors is a compound machine.	Scissors are compound machines.	1entails
Archimedes had developed both simple and compound machines, and pushed to the edge of the calculus.	Scissors are compound machines.	0neutral
Background Information A compound machine is a combination of two or more simple machines.	Scissors are compound machines.	0neutral
Design and construct a simple or compound machine to complete a particular task.	Scissors are compound machines.	0neutral
Distinguish between simple and compound machines.	Scissors are compound machines.	0neutral
Draw a picture of a compound machine.	Scissors are compound machines.	0neutral

Both macromolecules (large molecules) are required for control of cellular activity and to sustain cellular activity.

Any large molecule is referred to as a macromolecule.

1entails

But all of the participants in the program are studying macromolecules, or large molecules.

Any large molecule is referred to as a macromolecule.

1entails

Even below this level are other parts so small that they are formally classified as macromolecules (large molecules).

Any large molecule is referred to as a macromolecule.

1entails

Large molecules, or macromolecules , are, for example, starch and proteins.

Any large molecule is referred to as a macromolecule.

1entails

M macromolecule A very large molecule.

Any large molecule is referred to as a macromolecule.

1entails

Macromolecules are large molecules made up from small sub-units.

Any large molecule is referred to as a macromolecule.

1entails

Proteins 190 Proteins are macromolecules (very large molecules) that are made up of long chains or strands of polymerized amino acids .

Any large molecule is referred to as a macromolecule.

1entails

Simulations of large molecules and biological macromolecules can therefore only be performed with classical mechanics.

Any large molecule is referred to as a macromolecule.

0neutral

Since these polymer molecules are so large(containing up to hundreds of monomer molecules), they are called macromolecules .

Any large molecule is referred to as a macromolecule.

1entails

The company's goal is to deliver virtually any therapeutic protein, vaccine or other large molecule by oral, nasal or pulmonary administration by enabling the uptake and efficient transport of these bioactive macromolecules across mucosal barriers.

Any large molecule is referred to as a macromolecule.

0neutral

macromolecules Large molecules made up of many small organic molecules that are often referred to as monomers;

Any large molecule is referred to as a macromolecule.

1entails

7 Types of osmosis Osmolarity- a difference in osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

A reverse osmosis membrane separates the various low-molecular-weight molecules and ions from the solvent by forcing the solvent or major component to pass selectively through the membrane by applying pressure greater than the normal osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

1entails

A.4 Simplified concept of osmosis, osmotic pressure, and reverse osmosis (Source: AWWA 1989) Fig.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Also describe osmosis and osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Boyle's Law can also be applied to osmosis, which, in turn, allows the determination of molecular weights by osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Define osmosis and osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Define the terms- diffusion, osmosis, and osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Dialysis is analogous to osmosis but the pores in the membrane are larger It is affected by colloidal osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

If you want a more technical term, it would be osmosis and osmotic pressure differences.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

In osmosis, naturally occurring in living things, the pure solution passes through the membrane until the osmotic pressure becomes equalized, at which point osmosis ceases.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Name the colligative properties and their effects, explain osmosis and dialysis and calculate osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Osmosis Reverse Osmosis and Osmotic Pressure Described Science education article on osmosis 1001 Periodic Table and Science Quiz Questions Quizzes for students in grade 3 to grade 12.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Osmosis Reverse Osmosis and Osmotic Pressure Described Science education article on osmosis Phthalocyanine and Related Macrocycles A link page devoted to the semi-thriving community of phthalocyanine and related macrocycles chemistry.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Osmotic pressure as an indication of the tendency for osmosis to occur.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Reverse Osmosis reverses this process by applying pressure in excess of the osmotic pressure to the saline solution, forcing water through the membrane.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

1entails

Tone of solution is defined as effective osmotic pressure Only molecules not permeable across the membrane contribute to a solutes tone Principles of osmosis continue to apply except now water diffuses to the greatest effective osmotic pressure

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

Water moves by osmosis from the solution of lower osmolality and osmotic pressure to the solution of higher osmolality and osmotic pressure.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

and Osmosis, Osmotic Pressure and Reverse Osmosis-Vol.

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

explain what osmosis and osmotic pressure are ·

Applying a pressure greater than the osmotic pressure of a solution will cause reverse osmosis.

0neutral

About five weeks after your last period (three weeks after fertilization), the fetal heart starts beating, and a week or so later, can first be seen by transvaginal ultrasound.