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The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.
The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.
The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter. To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.
The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.
The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.
The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter. To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.
The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.
The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einstein's theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Dirac's explanation of charge quantization and fix an asymmetry in Maxwell's equations of electromagnetism.
The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).
Q. For each of the following particle types, select Can Conclude if you can conclude from the information provided that the particles in question have a minimal effect on ordinary matter. Otherwise, select Cannot Conclude.
1. Ultra-high-energy cosmic ray
2. Neutrinos produced in particle accelerators
3. Magnetic monopole
- a)1 - Cannot Conclude, 2 - Cannot Conclude, 3 - Cannot Conclude
- b)1 - Cannot Conclude, 2 - Can Conclude, 3 - Cannot Conclude
- c)1 - Can Conclude, 2 - Cannot Conclude, 3 - Can Conclude
Correct answer is option 'B'. Can you explain this answer?
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The government of Storinia has proposed to conduct several particle ph...
1. Cannot Conclude
One thing that you know about ultra-high-energy cosmic rays is that they create “secondary showers of particles... as they collide with the upper atmosphere.” So you cannot conclude that these UHECRs only have a minimal effect on ordinary matter. In fact, you would be able to conclude that these particles have an extreme effect on ordinary matter (notice that this conclusion is stronger than you need).
One thing that you know about ultra-high-energy cosmic rays is that they create “secondary showers of particles... as they collide with the upper atmosphere.” So you cannot conclude that these UHECRs only have a minimal effect on ordinary matter. In fact, you would be able to conclude that these particles have an extreme effect on ordinary matter (notice that this conclusion is stronger than you need).
2. Can Conclude
In the Proposal tab, you are told that neutrinos are “extremely light and fast subatomic particles that interact only weakly with normal matter.” In the second tab, a distinction is made between two sources of neutrinos, as to how these neutrinos will be measured and for what purpose. However, both kinds of neutrinos are neutrinos, so you can safely conclude that either kind has only a minimal effect on ordinary matter.
In the Proposal tab, you are told that neutrinos are “extremely light and fast subatomic particles that interact only weakly with normal matter.” In the second tab, a distinction is made between two sources of neutrinos, as to how these neutrinos will be measured and for what purpose. However, both kinds of neutrinos are neutrinos, so you can safely conclude that either kind has only a minimal effect on ordinary matter.
3. Cannot Conclude
You do not know what kind of effect these magnetic monopoles will have on ordinary matter. All you really know is that they are hypothetical and that if they are discovered, various theoretical implications will ensue.
You do not know what kind of effect these magnetic monopoles will have on ordinary matter. All you really know is that they are hypothetical and that if they are discovered, various theoretical implications will ensue.
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The government of Storinia has proposed to conduct several particle ph...
1. Cannot Conclude
One thing that you know about ultra-high-energy cosmic rays is that they create “secondary showers of particles... as they collide with the upper atmosphere.” So you cannot conclude that these UHECRs only have a minimal effect on ordinary matter. In fact, you would be able to conclude that these particles have an extreme effect on ordinary matter (notice that this conclusion is stronger than you need).
One thing that you know about ultra-high-energy cosmic rays is that they create “secondary showers of particles... as they collide with the upper atmosphere.” So you cannot conclude that these UHECRs only have a minimal effect on ordinary matter. In fact, you would be able to conclude that these particles have an extreme effect on ordinary matter (notice that this conclusion is stronger than you need).
2. Can Conclude
In the Proposal tab, you are told that neutrinos are “extremely light and fast subatomic particles that interact only weakly with normal matter.” In the second tab, a distinction is made between two sources of neutrinos, as to how these neutrinos will be measured and for what purpose. However, both kinds of neutrinos are neutrinos, so you can safely conclude that either kind has only a minimal effect on ordinary matter.
In the Proposal tab, you are told that neutrinos are “extremely light and fast subatomic particles that interact only weakly with normal matter.” In the second tab, a distinction is made between two sources of neutrinos, as to how these neutrinos will be measured and for what purpose. However, both kinds of neutrinos are neutrinos, so you can safely conclude that either kind has only a minimal effect on ordinary matter.
3. Cannot Conclude
You do not know what kind of effect these magnetic monopoles will have on ordinary matter. All you really know is that they are hypothetical and that if they are discovered, various theoretical implications will ensue.
You do not know what kind of effect these magnetic monopoles will have on ordinary matter. All you really know is that they are hypothetical and that if they are discovered, various theoretical implications will ensue.
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The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer?
Question Description
The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? for GMAT 2024 is part of GMAT preparation. The Question and answers have been prepared according to the GMAT exam syllabus. Information about The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for GMAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer?.
The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? for GMAT 2024 is part of GMAT preparation. The Question and answers have been prepared according to the GMAT exam syllabus. Information about The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? covers all topics & solutions for GMAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer?.
Solutions for The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? in English & in Hindi are available as part of our courses for GMAT.
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Here you can find the meaning of The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer?, a detailed solution for The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? has been provided alongside types of The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice The government of Storinia has proposed to conduct several particle physics experiments in Antarctica, as described below.The ultra-high-energy cosmic ray detector (UHECR-D) will track a variety of subatomic particles traveling from outer space with exceptionally high kinetic energy by recording secondary showers of particles created by these UHECRs as they collide with the upper atmosphere.The polyethylene naphthalate neutrino observatory (PEN-NO) will search for neutrinos, extremely light and fast subatomic particles that interact only weakly with normal matter.To prevent spurious results from cosmic rays, PEN-NO will be buried deep below the ice.The magnetic monopole detector (MaMoD) will attempt to verify the existence of magnetic monopoles, hypothetical subatomic particles postulated by some physical theories to be left over from the creation of the universe.The purpose of UHECR-D is to ascertain the identity, composition, and extraterrestrial origin of ultra-high-energy cosmic rays, which are much less prevalent and well-understood than lower-energy cosmic rays. PEN-NO will measure the mass and speed of neutrinos produced in particle accelerators and nuclear reactors, both to reduce uncertainty in the known mass of a neutrino and to contribute to the resolution of a recent challenge to Einsteins theory of relativity posed by the observation of neutrinos supposedly traveling slightly faster than light. PEN-NO will also measure the passage of solar and other neutrinos of astronomical origin. Finally, if MaMoD is successful in its search, it will provide experimental proof for Diracs explanation of charge quantization and fix an asymmetry in Maxwells equations of electromagnetism.The government of Storinia projects that it will cost $42 million in total and take 2 years to construct UHECR-D, PEN-NO, and MaMoD. The government also projects that once construction is finished, the annual operating budget for each experiment will be $3.6 million for UHECR-D, $4.3 million for PEN-NO, and $2.7 million for MaMoD. All these figures are in real 2012 dollars (removing the effect of predicted inflation).Q. For each of the following particle types, select Can Conclude if you can conclude from the informationprovided that the particles in question have a minimal effect on ordinary matter. Otherwise,select Cannot Conclude.1.Ultra-high-energy cosmic ray2.Neutrinos produced in particle accelerators3.Magnetic monopolea)1 -Cannot Conclude, 2 -Cannot Conclude, 3 -Cannot Concludeb)1 -Cannot Conclude, 2 -Can Conclude, 3 -Cannot Concludec)1 -Can Conclude, 2 -Cannot Conclude, 3 -Can ConcludeCorrect answer is option 'B'. Can you explain this answer? tests, examples and also practice GMAT tests.
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