premise stringlengths 1 46.3k | hypothesis stringlengths 21 234 | label stringclasses 2 values |
|---|---|---|
The topics are mechanics, thermodynamics, kinetic theory, waves, electromagnetism, electrical circuits, light and optics, and elementary modern physics. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
The winter continues with the properties of waves, including sound and light, optics, and electromagnetism. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
There will be application to physical optics and electromagnetic behavior of materials. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
This is because optics deals with the behavior of light, and light is one example of an electromagnetic wave. | Optics explains the behavior of visible light and electromagnetic waves. | entails |
This semester covers topics in electricity and magnetism, electromagnetic waves, light and optics, relativity, atomic, and nuclear physics. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
Topics include electromagnetism, circuits, electromagnetic waves, optics, relativity, and modern physics. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
Topics include mechanics, thermodynamics, waves, optics, electromagnetism, and nuclear physics. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
We will discuss electrostatics, electric circuits, magnetism, electromagnetic induction, waves, sound, light, optics, quantum physics, and nuclear physics. | Optics explains the behavior of visible light and electromagnetic waves. | neutral |
12.1.2 Describe the effects of primary air pollution on health. | Primary pollutants enter the air directly. | neutral |
A summary of the primary criteria air pollutants follows for reference. | Primary pollutants enter the air directly. | neutral |
Air and water pollution are Finland's primary environmental concerns. | Primary pollutants enter the air directly. | neutral |
Air and water pollution are the nation's primary environmental concerns. | Primary pollutants enter the air directly. | neutral |
Air pollution Basic characters of the atmosphere primary vs secondary pollutants; | Primary pollutants enter the air directly. | neutral |
Air pollution from cars and trucks is split into primary and secondary pollution. | Primary pollutants enter the air directly. | neutral |
All these pollutants are called primary pollutants because they are emitted directly into the atmosphere. | Primary pollutants enter the air directly. | entails |
Auto emissions are the primary cause of air pollution. | Primary pollutants enter the air directly. | neutral |
Automobiles are the primary source of air pollution. | Primary pollutants enter the air directly. | neutral |
His work on airborne particulates is directly relevant to the First State, where the air frequently exceeds the primary regulatory standard for this and other criteria pollutants. | Primary pollutants enter the air directly. | neutral |
It is a primary source of air pollution. | Primary pollutants enter the air directly. | neutral |
Light pollution, or extra light directed into the sky where it is not needed, is the primary cause of poor night viewing in cities, not the air pollution. | Primary pollutants enter the air directly. | neutral |
Pollutant Primary Sources in the Air 1. | Primary pollutants enter the air directly. | neutral |
Primary Pollutant Air pollutants that enter the atmosphere directly. | Primary pollutants enter the air directly. | entails |
Primary air pollutant Substances that become pollutants immediately upon entering the atmosphere. | Primary pollutants enter the air directly. | entails |
Primary air pollutants are those which are emitted directly into the ambient atmosphere. | Primary pollutants enter the air directly. | entails |
Primary pollutants are pollutants that are put directly into the air by humans or natural sources. | Primary pollutants enter the air directly. | entails |
Primary pollution is emitted directly into the atmosphere; | Primary pollutants enter the air directly. | entails |
Some air pollution is believed to have a direct effect on climate which is the primary cause of extinction. | Primary pollutants enter the air directly. | neutral |
The automobile is the chief source of primary air pollutants. | Primary pollutants enter the air directly. | neutral |
The goal is to directly observe how primary particles emitted from the many air pollution sources in a major city are modified by gas-to-particle conversion processes in the atmosphere. | Primary pollutants enter the air directly. | neutral |
The legislation directed the EPA Administrator to establish national primary and secondary ambient air quality standards for the identified air pollutants. | Primary pollutants enter the air directly. | neutral |
The primary circuit of the heat exchanger shall be subjected to a leakage test to ensure that polluted air cannot enter the heated air intended for the passenger compartment. | Primary pollutants enter the air directly. | neutral |
The primary contributor of air pollutants in the region is mobile emissions. | Primary pollutants enter the air directly. | neutral |
The statute protects primary and secondary ambient air from air pollutants. | Primary pollutants enter the air directly. | neutral |
Their primary concern focused on air pollution (36 | Primary pollutants enter the air directly. | neutral |
These pollutants are all called primary pollutants because they have direct sources. | Primary pollutants enter the air directly. | entails |
This program details the three primary types of pollution; | Primary pollutants enter the air directly. | neutral |
Today, motor vehicles are the primary air polluter. | Primary pollutants enter the air directly. | neutral |
Volatile air pollutants and smoking are the primary causes of bronchitis. | Primary pollutants enter the air directly. | neutral |
air pollution, primary-secondary care interface; | Primary pollutants enter the air directly. | neutral |
primary air pollutants In this website the ministry of the environment details the primary air pollutants. | Primary pollutants enter the air directly. | neutral |
primary pollutants Chemicals released directly into the air in a harmful form. | Primary pollutants enter the air directly. | entails |
Agglutinins can also be any substance other than antibodies such as sugar-binding protein lectins. | Antibodies bind to foreign substances and attempt destruction. | neutral |
Antibodies are protein components of an adaptive immune system whose main function is to bind antigens, or foreign substances in the body, and target them for destruction. | Antibodies bind to foreign substances and attempt destruction. | entails |
Antibody a protein produced by the body, in response to a foreign substance, that fights the invading organism. | Antibodies bind to foreign substances and attempt destruction. | entails |
Each of these immunoglobulin-binding proteins has a different antibody binding profile in terms of the portion of the antibody that is recognized and the species and type of antibodies it will bind. | Antibodies bind to foreign substances and attempt destruction. | neutral |
1 Simplest Very Low Frequency Receiver This receiver allows you to listen to VLF radio waves in the range of 100 Hz to 10 KHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
5.0 FEASIBILITY AND INSTRUMENT CHARACTERISTICS Imaging of magnetospheric plasmas by utilizing radio wave sounding techniques as described in this study requires observations to be made in the frequency range from 3 kHz to 3 MHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
A radio frequency wave is transmitted. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
A radio wave of any frequency can have different signal types. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
An instrument for measuring the frequency of a radio wave. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Capital Radio 604 actually operated on 603 kHz, Medium Wave, but promoted a frequency to which the jingles would rhyme. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Consisting only of an antenna and an audio amplifier, they are sensitive to radio waves with frequencies between a few hundred Hertz and 10 kHz . | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Definitions Used in the Law Radio waves - electromagnetic waves freely propagated across the space, the frequency whereof is from 9 kHz to 3 000 GHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Electromagnetic Wave Frequency Spectrum (Radio Waves) a. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
For BBC Radio 4 on Long Wave the carrier wave is of frequency 198 kHz (or 1515 m wavelength). | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
For RADIO 4 on Long Wave the carrier wave is of frequency 198 kHz (or 1515 m wavelength). | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
High frequency (HF) is the ITU designation for the range of radio frequency electromagnetic waves (radio waves) between 3 and 30 MHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
IK1QFK RADIO WAVES BELOW 22 KHZ. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
In April 1989 its 257 metres, 1170 kHz medium wave frequency was split and this became Great North Radio (GNR). | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
In radio, the range of wave lengths of radio waves, from 3 centimeters to 30,000 meters, or of frequencies of radio waves, from 10 to 10,000,000 kilocycles. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
It broadcasts on the medium wave radio band, at a frequency of 1521 kHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
It is divided into 11 radio-wave propagation frequency ranges. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
It is most efficient at radio wave frequencies. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
It's a type of low-frequency radio wave which is made of protons. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Most astrophysical sources of radio waves emit over a broad range of frequencies. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
On the medium wave band this may mean changing the received radio frequency from around 600 kHz to around 1600 kHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio Sine Wave, 1984, 7415 kHz 34. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio Waves and Frequency Allocations; | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio frequency range is roughly between 10 kHz and several hundred GHz, this refers to the frequency of the carrier wave only. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves --Electromagnetic waves of relatively low frequency. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves are received at varying frequencies. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves at these frequencies have been found useful for long-range communications. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves electromagnetic waves that can travel across space unrestrictedly, in the frequency spectrum from 9 KHz to 3,000 GHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves overlap into frequencies in the audible range, starting as low as 5,000 Hz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves with frequencies in the 300-3000 kHz range. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Radio waves, on the other hand, consist of frequencies between 30 kHz and 300 GHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Reception of radio waves with a frequency lower than 500 kHz is more complicated than shortwave reception. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Some of these radio waves occur at audio frequencies (about 100 Hz to 10 kHz). | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Sound waves are very low frequency radio waves. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The Radio and Plasma Wave experiment will measure the properties of these waves and other wave modes of the plasma over a wide frequency range. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The frequency range of electromagnetic radiation that includes radio waves, light and X-rays. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The lowest frequency electromagnetic waves are radio waves. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The medium wave frequency of 1593 kHz was given to Radio Free Europe. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The receiver is designed to receive radio waves in the 0-10 kHz range. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The second room (S2 in the Table, p 179) is a "double-walled, copper-screen Faraday cage" which "provides 120 dB attenuation for plane wave radio frequency radiation over a range of 15 KHz to 1 GHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The section that covers radio waves is marked Radio Frequencies . | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
The types of waves used most often range from radio frequencies, similar to those used in FM radio, to microwaves like people cook with. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
They are medium-range radio waves. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
Types of radio waves. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
a radio operator is a person, and a radio frequency is an electromagnetic wave. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
for example, AM radio stations broadcast on frequencies between 550 and 1600 kHz. | Am radio waves exist in the 540 to 1600 khz frequency range. | entails |
radio frequency (RF) Any of the electromagnetic wave frequencies within the range that extends from below 3 kHz to approximately 300 GHz, and include the frequencies used for radio and television transmissions. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
the lowest frequencies are radio waves. | Am radio waves exist in the 540 to 1600 khz frequency range. | neutral |
An alternative to asexual reproduction, where the offspring are identical to the parent, is sexual reproduction where the genetic material from reproductive partners combines to produce offspring. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
During sexual reproduction, two parents combine their genetic information to make offspring. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
In sexual reproduction , the genetic material of two individuals is combined to produce genetically diverse offspring that differ from their parents. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
In sexual reproduction, sex cells (gametes) from two parents combine in the process of fertilization, leading to the formation of a new, genetically distinct individual. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
Sexual reproduction involves the mixing of genes from two different parents to give offspring with a genetic make-up similar to, but different from, each parent. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
Sexual reproduction involves two parents and produces offspring that are genetically unique. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
Sexual reproduction involves two parents, the joining of gametes, and results in genetically variable offspring. | Sexual reproduction involves combining genetic material from two parents to create distinct offspring. | entails |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.