question stringlengths 1 1.07k | dataset stringclasses 6
values | choices listlengths 4 4 | answer stringclasses 4
values | explanation stringlengths 0 21.9k |
|---|---|---|---|---|
The movement of ice causes glaciers to have cracks referred to as? | allenai/sciq | [
"crevasses",
"slides",
"fissures",
"anomalies"
] | A | Because the ice is moving, glaciers have cracks called crevasses ( Figure below ). There is a large crevasse at the top of an alpine glacier called a bergshrund . Below the bergshrund, the ice is moving downhill. Above the bergshrund, the ice is stuck to the mountain. |
The movement of ice causes glaciers to have cracks referred to as? | allenai/sciq | [
"anomalies",
"crevasses",
"slides",
"fissures"
] | B | Because the ice is moving, glaciers have cracks called crevasses ( Figure below ). There is a large crevasse at the top of an alpine glacier called a bergshrund . Below the bergshrund, the ice is moving downhill. Above the bergshrund, the ice is stuck to the mountain. |
The movement of ice causes glaciers to have cracks referred to as? | allenai/sciq | [
"anomalies",
"slides",
"crevasses",
"fissures"
] | C | Because the ice is moving, glaciers have cracks called crevasses ( Figure below ). There is a large crevasse at the top of an alpine glacier called a bergshrund . Below the bergshrund, the ice is moving downhill. Above the bergshrund, the ice is stuck to the mountain. |
The movement of ice causes glaciers to have cracks referred to as? | allenai/sciq | [
"fissures",
"slides",
"anomalies",
"crevasses"
] | D | Because the ice is moving, glaciers have cracks called crevasses ( Figure below ). There is a large crevasse at the top of an alpine glacier called a bergshrund . Below the bergshrund, the ice is moving downhill. Above the bergshrund, the ice is stuck to the mountain. |
Internal resistance, or (electrical) resistance in general, involves the resistance of the flow of what? | allenai/sciq | [
"current",
"protons",
"water",
"force"
] | A | Internal Resistance As noted before, a 12-V truck battery is physically larger, contains more charge and energy, and can deliver a larger current than a 12-V motorcycle battery. Both are lead-acid batteries with identical emf, but, because of its size, the truck battery has a smaller internal resistance r . Internal re... |
Internal resistance, or (electrical) resistance in general, involves the resistance of the flow of what? | allenai/sciq | [
"protons",
"current",
"water",
"force"
] | B | Internal Resistance As noted before, a 12-V truck battery is physically larger, contains more charge and energy, and can deliver a larger current than a 12-V motorcycle battery. Both are lead-acid batteries with identical emf, but, because of its size, the truck battery has a smaller internal resistance r . Internal re... |
Internal resistance, or (electrical) resistance in general, involves the resistance of the flow of what? | allenai/sciq | [
"protons",
"force",
"current",
"water"
] | C | Internal Resistance As noted before, a 12-V truck battery is physically larger, contains more charge and energy, and can deliver a larger current than a 12-V motorcycle battery. Both are lead-acid batteries with identical emf, but, because of its size, the truck battery has a smaller internal resistance r . Internal re... |
Internal resistance, or (electrical) resistance in general, involves the resistance of the flow of what? | allenai/sciq | [
"water",
"protons",
"force",
"current"
] | D | Internal Resistance As noted before, a 12-V truck battery is physically larger, contains more charge and energy, and can deliver a larger current than a 12-V motorcycle battery. Both are lead-acid batteries with identical emf, but, because of its size, the truck battery has a smaller internal resistance r . Internal re... |
What is the force of attraction between things that have mass | allenai/sciq | [
"gravity",
"momentum",
"motion",
"friction"
] | A | Gravity has traditionally been defined as a force of attraction between things that have mass. The strength of gravity between two objects depends on their mass and their distance apart. |
What is the force of attraction between things that have mass | allenai/sciq | [
"momentum",
"gravity",
"motion",
"friction"
] | B | Gravity has traditionally been defined as a force of attraction between things that have mass. The strength of gravity between two objects depends on their mass and their distance apart. |
What is the force of attraction between things that have mass | allenai/sciq | [
"friction",
"motion",
"gravity",
"momentum"
] | C | Gravity has traditionally been defined as a force of attraction between things that have mass. The strength of gravity between two objects depends on their mass and their distance apart. |
What is the force of attraction between things that have mass | allenai/sciq | [
"motion",
"friction",
"momentum",
"gravity"
] | D | Gravity has traditionally been defined as a force of attraction between things that have mass. The strength of gravity between two objects depends on their mass and their distance apart. |
If rupee one produces rupees nine over a period of 30 years, find the rate of simple interest? | deepmind/aqua_rat | [
"30 %",
"10 %",
"22 %",
"20 %"
] | A | 9 = (1*30*R)/100
R = 30 %
ANSWER:C |
If rupee one produces rupees nine over a period of 30 years, find the rate of simple interest? | deepmind/aqua_rat | [
"10 %",
"30 %",
"20 %",
"22 %"
] | B | 9 = (1*30*R)/100
R = 30 %
ANSWER:C |
If rupee one produces rupees nine over a period of 30 years, find the rate of simple interest? | deepmind/aqua_rat | [
"10 %",
"20 %",
"30 %",
"22 %"
] | C | 9 = (1*30*R)/100
R = 30 %
ANSWER:C |
If rupee one produces rupees nine over a period of 30 years, find the rate of simple interest? | deepmind/aqua_rat | [
"20 %",
"22 %",
"10 %",
"30 %"
] | D | 9 = (1*30*R)/100
R = 30 %
ANSWER:C |
As the organism grows more sophisticated, what happens to the process of gene regulation? | allenai/sciq | [
"becomes more complex",
"degenerates",
"becomes simplified",
"becomes fractured"
] | A | As the organism grows more sophisticated, gene regulation becomes more complex, though prokaryotic organisms possess some highly regulated systems. Some human genes are controlled by many activators and repressors working together. Obviously, a mutation in a cis-regulatory region, such as the promoter, can greatly affe... |
As the organism grows more sophisticated, what happens to the process of gene regulation? | allenai/sciq | [
"becomes simplified",
"becomes more complex",
"becomes fractured",
"degenerates"
] | B | As the organism grows more sophisticated, gene regulation becomes more complex, though prokaryotic organisms possess some highly regulated systems. Some human genes are controlled by many activators and repressors working together. Obviously, a mutation in a cis-regulatory region, such as the promoter, can greatly affe... |
As the organism grows more sophisticated, what happens to the process of gene regulation? | allenai/sciq | [
"becomes fractured",
"degenerates",
"becomes more complex",
"becomes simplified"
] | C | As the organism grows more sophisticated, gene regulation becomes more complex, though prokaryotic organisms possess some highly regulated systems. Some human genes are controlled by many activators and repressors working together. Obviously, a mutation in a cis-regulatory region, such as the promoter, can greatly affe... |
As the organism grows more sophisticated, what happens to the process of gene regulation? | allenai/sciq | [
"becomes simplified",
"becomes fractured",
"degenerates",
"becomes more complex"
] | D | As the organism grows more sophisticated, gene regulation becomes more complex, though prokaryotic organisms possess some highly regulated systems. Some human genes are controlled by many activators and repressors working together. Obviously, a mutation in a cis-regulatory region, such as the promoter, can greatly affe... |
Precipitation sometimes leads to | allenai/openbookqa | [
"caves",
"mountains",
"volcanoes",
"earthquakes"
] | A | |
Precipitation sometimes leads to | allenai/openbookqa | [
"volcanoes",
"caves",
"mountains",
"earthquakes"
] | B | |
Precipitation sometimes leads to | allenai/openbookqa | [
"volcanoes",
"mountains",
"caves",
"earthquakes"
] | C | |
Precipitation sometimes leads to | allenai/openbookqa | [
"volcanoes",
"mountains",
"earthquakes",
"caves"
] | D | |
Drugs used in scabies are all except: | openlifescienceai/medmcqa | [
"Tacrolimus",
"Crotamiton",
"Permethrin",
"Gamma-benzene hexachloride(BHC)"
] | A | Ans: D (Tacrolimus) "Tacrolimus is a calcineurin inhibitor(immunomodulator) used in atopic dermatitis, vitiligo & rosacea Neena Khanna 3rd/345"Scaibicides used are: Permethrin cream (5%), Gamma benzene hexachloride (G-BHCl %), Crotamiton (10%), Benzyl benzoate (25%) & Ivermectin (single oral dose 200 ug/kg)"- Neena Kha... |
Drugs used in scabies are all except: | openlifescienceai/medmcqa | [
"Permethrin",
"Tacrolimus",
"Gamma-benzene hexachloride(BHC)",
"Crotamiton"
] | B | Ans: D (Tacrolimus) "Tacrolimus is a calcineurin inhibitor(immunomodulator) used in atopic dermatitis, vitiligo & rosacea Neena Khanna 3rd/345"Scaibicides used are: Permethrin cream (5%), Gamma benzene hexachloride (G-BHCl %), Crotamiton (10%), Benzyl benzoate (25%) & Ivermectin (single oral dose 200 ug/kg)"- Neena Kha... |
Drugs used in scabies are all except: | openlifescienceai/medmcqa | [
"Crotamiton",
"Gamma-benzene hexachloride(BHC)",
"Tacrolimus",
"Permethrin"
] | C | Ans: D (Tacrolimus) "Tacrolimus is a calcineurin inhibitor(immunomodulator) used in atopic dermatitis, vitiligo & rosacea Neena Khanna 3rd/345"Scaibicides used are: Permethrin cream (5%), Gamma benzene hexachloride (G-BHCl %), Crotamiton (10%), Benzyl benzoate (25%) & Ivermectin (single oral dose 200 ug/kg)"- Neena Kha... |
Drugs used in scabies are all except: | openlifescienceai/medmcqa | [
"Gamma-benzene hexachloride(BHC)",
"Permethrin",
"Crotamiton",
"Tacrolimus"
] | D | Ans: D (Tacrolimus) "Tacrolimus is a calcineurin inhibitor(immunomodulator) used in atopic dermatitis, vitiligo & rosacea Neena Khanna 3rd/345"Scaibicides used are: Permethrin cream (5%), Gamma benzene hexachloride (G-BHCl %), Crotamiton (10%), Benzyl benzoate (25%) & Ivermectin (single oral dose 200 ug/kg)"- Neena Kha... |
Near vision is not affected with: | openlifescienceai/medmcqa | [
"Adrenaline",
"Atropine",
"Homatropine",
"Pilocarpine"
] | A | Ans. Adrenaline |
Near vision is not affected with: | openlifescienceai/medmcqa | [
"Homatropine",
"Adrenaline",
"Atropine",
"Pilocarpine"
] | B | Ans. Adrenaline |
Near vision is not affected with: | openlifescienceai/medmcqa | [
"Atropine",
"Homatropine",
"Adrenaline",
"Pilocarpine"
] | C | Ans. Adrenaline |
Near vision is not affected with: | openlifescienceai/medmcqa | [
"Atropine",
"Homatropine",
"Pilocarpine",
"Adrenaline"
] | D | Ans. Adrenaline |
What links together to form long polymeric chains? | allenai/sciq | [
"nucleotides",
"lipids",
"peptides",
"genes"
] | A | (a) When pyrimidine or purine and a sugar react to form a glycosidic bond, a nucleoside is produced. Adding a phosphoric acid group to the sugar of a nucleoside produces a nucleotide. (b) Nucleotides link together to form long polymeric chains. A DNA molecule consists of two such chains held together by hydrogen bondin... |
What links together to form long polymeric chains? | allenai/sciq | [
"lipids",
"nucleotides",
"genes",
"peptides"
] | B | (a) When pyrimidine or purine and a sugar react to form a glycosidic bond, a nucleoside is produced. Adding a phosphoric acid group to the sugar of a nucleoside produces a nucleotide. (b) Nucleotides link together to form long polymeric chains. A DNA molecule consists of two such chains held together by hydrogen bondin... |
What links together to form long polymeric chains? | allenai/sciq | [
"lipids",
"peptides",
"nucleotides",
"genes"
] | C | (a) When pyrimidine or purine and a sugar react to form a glycosidic bond, a nucleoside is produced. Adding a phosphoric acid group to the sugar of a nucleoside produces a nucleotide. (b) Nucleotides link together to form long polymeric chains. A DNA molecule consists of two such chains held together by hydrogen bondin... |
What links together to form long polymeric chains? | allenai/sciq | [
"peptides",
"lipids",
"genes",
"nucleotides"
] | D | (a) When pyrimidine or purine and a sugar react to form a glycosidic bond, a nucleoside is produced. Adding a phosphoric acid group to the sugar of a nucleoside produces a nucleotide. (b) Nucleotides link together to form long polymeric chains. A DNA molecule consists of two such chains held together by hydrogen bondin... |
Which of the following actions qualifies as cooking food? | allenai/openbookqa | [
"setting it in the sun",
"running it under water",
"putting it in the freezer",
"shaking it up and down"
] | A | |
Which of the following actions qualifies as cooking food? | allenai/openbookqa | [
"shaking it up and down",
"setting it in the sun",
"putting it in the freezer",
"running it under water"
] | B | |
Which of the following actions qualifies as cooking food? | allenai/openbookqa | [
"putting it in the freezer",
"shaking it up and down",
"setting it in the sun",
"running it under water"
] | C | |
Which of the following actions qualifies as cooking food? | allenai/openbookqa | [
"shaking it up and down",
"putting it in the freezer",
"running it under water",
"setting it in the sun"
] | D | |
A family moves into an old home that mice have moved into. Soon after the human family moves in, the family of mice are likely to | allenai/openbookqa | [
"be ejected",
"be welcomed",
"be frozen",
"be happy"
] | A | |
A family moves into an old home that mice have moved into. Soon after the human family moves in, the family of mice are likely to | allenai/openbookqa | [
"be frozen",
"be ejected",
"be welcomed",
"be happy"
] | B | |
A family moves into an old home that mice have moved into. Soon after the human family moves in, the family of mice are likely to | allenai/openbookqa | [
"be welcomed",
"be happy",
"be ejected",
"be frozen"
] | C | |
A family moves into an old home that mice have moved into. Soon after the human family moves in, the family of mice are likely to | allenai/openbookqa | [
"be frozen",
"be happy",
"be welcomed",
"be ejected"
] | D | |
Which radiations helps sterilize medical supplies? | allenai/sciq | [
"ionizing radiation",
"beta radiation",
"gamma radiation",
"ions radiation"
] | A | 32.4 Food Irradiation Ionizing radiation is widely used to sterilize medical supplies, such as bandages, and consumer products, such as tampons. Worldwide, it is also used to irradiate food, an application that promises to grow in the future. Food irradiation is the treatment of food with ionizing radiation. It is used... |
Which radiations helps sterilize medical supplies? | allenai/sciq | [
"gamma radiation",
"ionizing radiation",
"beta radiation",
"ions radiation"
] | B | 32.4 Food Irradiation Ionizing radiation is widely used to sterilize medical supplies, such as bandages, and consumer products, such as tampons. Worldwide, it is also used to irradiate food, an application that promises to grow in the future. Food irradiation is the treatment of food with ionizing radiation. It is used... |
Which radiations helps sterilize medical supplies? | allenai/sciq | [
"beta radiation",
"ions radiation",
"ionizing radiation",
"gamma radiation"
] | C | 32.4 Food Irradiation Ionizing radiation is widely used to sterilize medical supplies, such as bandages, and consumer products, such as tampons. Worldwide, it is also used to irradiate food, an application that promises to grow in the future. Food irradiation is the treatment of food with ionizing radiation. It is used... |
Which radiations helps sterilize medical supplies? | allenai/sciq | [
"ions radiation",
"beta radiation",
"gamma radiation",
"ionizing radiation"
] | D | 32.4 Food Irradiation Ionizing radiation is widely used to sterilize medical supplies, such as bandages, and consumer products, such as tampons. Worldwide, it is also used to irradiate food, an application that promises to grow in the future. Food irradiation is the treatment of food with ionizing radiation. It is used... |
Monarch butterflies use milkweed plants during all of their life stages. Milkweed plants grow in open areas, such as grasslands and wetlands. They also often grow between row crops. Given this information, which of these biotechnologies would pose the greatest threat to monarch butterflies? | allenai/ai2_arc | [
"development of new herbicides",
"development of disease-resistant crops",
"development of new antibiotics",
"development of insect-resistant crops"
] | A | |
Monarch butterflies use milkweed plants during all of their life stages. Milkweed plants grow in open areas, such as grasslands and wetlands. They also often grow between row crops. Given this information, which of these biotechnologies would pose the greatest threat to monarch butterflies? | allenai/ai2_arc | [
"development of new antibiotics",
"development of new herbicides",
"development of insect-resistant crops",
"development of disease-resistant crops"
] | B | |
Monarch butterflies use milkweed plants during all of their life stages. Milkweed plants grow in open areas, such as grasslands and wetlands. They also often grow between row crops. Given this information, which of these biotechnologies would pose the greatest threat to monarch butterflies? | allenai/ai2_arc | [
"development of disease-resistant crops",
"development of insect-resistant crops",
"development of new herbicides",
"development of new antibiotics"
] | C | |
Monarch butterflies use milkweed plants during all of their life stages. Milkweed plants grow in open areas, such as grasslands and wetlands. They also often grow between row crops. Given this information, which of these biotechnologies would pose the greatest threat to monarch butterflies? | allenai/ai2_arc | [
"development of new antibiotics",
"development of disease-resistant crops",
"development of insect-resistant crops",
"development of new herbicides"
] | D | |
Viruses replicate only in where? | allenai/sciq | [
"host cells",
"weak cells",
"compromised cells",
"traitor cells"
] | A | 19.2 Viruses replicate only in host cells. |
Viruses replicate only in where? | allenai/sciq | [
"weak cells",
"host cells",
"compromised cells",
"traitor cells"
] | B | 19.2 Viruses replicate only in host cells. |
Viruses replicate only in where? | allenai/sciq | [
"weak cells",
"compromised cells",
"host cells",
"traitor cells"
] | C | 19.2 Viruses replicate only in host cells. |
Viruses replicate only in where? | allenai/sciq | [
"compromised cells",
"traitor cells",
"weak cells",
"host cells"
] | D | 19.2 Viruses replicate only in host cells. |
Inferior border of scapula lies at the level of which rib? | openlifescienceai/medmcqa | [
"7th",
"5th",
"8th",
"6th"
] | A | ANSWER: (C) 7thREF: Gray's Anatomy 40th Ed Ch: 49Indirect repeat Anatomy 2012 Session II, 2013 Session 1The inferior angle overlies the seventh rib or intercostal space and T7 |
Inferior border of scapula lies at the level of which rib? | openlifescienceai/medmcqa | [
"6th",
"7th",
"5th",
"8th"
] | B | ANSWER: (C) 7thREF: Gray's Anatomy 40th Ed Ch: 49Indirect repeat Anatomy 2012 Session II, 2013 Session 1The inferior angle overlies the seventh rib or intercostal space and T7 |
Inferior border of scapula lies at the level of which rib? | openlifescienceai/medmcqa | [
"5th",
"6th",
"7th",
"8th"
] | C | ANSWER: (C) 7thREF: Gray's Anatomy 40th Ed Ch: 49Indirect repeat Anatomy 2012 Session II, 2013 Session 1The inferior angle overlies the seventh rib or intercostal space and T7 |
Inferior border of scapula lies at the level of which rib? | openlifescienceai/medmcqa | [
"5th",
"8th",
"6th",
"7th"
] | D | ANSWER: (C) 7thREF: Gray's Anatomy 40th Ed Ch: 49Indirect repeat Anatomy 2012 Session II, 2013 Session 1The inferior angle overlies the seventh rib or intercostal space and T7 |
Bluish discoloration of gastric mucosa seen in which poisoning? | openlifescienceai/medmcqa | [
"Amytal sodium",
"Cadmium",
"Arsenic",
"Mercury"
] | A | POISONS STOMACH MUCOSA Carbolic acid Leathery mucosa Sulphuric acid Black necrotic stomach mucosa Arsenic Red velvety Mucosa Mercury Slate gray Mucosa HNO3 Yellowish Sodium amytal,Copper sulfate Blue |
Bluish discoloration of gastric mucosa seen in which poisoning? | openlifescienceai/medmcqa | [
"Cadmium",
"Amytal sodium",
"Mercury",
"Arsenic"
] | B | POISONS STOMACH MUCOSA Carbolic acid Leathery mucosa Sulphuric acid Black necrotic stomach mucosa Arsenic Red velvety Mucosa Mercury Slate gray Mucosa HNO3 Yellowish Sodium amytal,Copper sulfate Blue |
Bluish discoloration of gastric mucosa seen in which poisoning? | openlifescienceai/medmcqa | [
"Arsenic",
"Cadmium",
"Amytal sodium",
"Mercury"
] | C | POISONS STOMACH MUCOSA Carbolic acid Leathery mucosa Sulphuric acid Black necrotic stomach mucosa Arsenic Red velvety Mucosa Mercury Slate gray Mucosa HNO3 Yellowish Sodium amytal,Copper sulfate Blue |
Bluish discoloration of gastric mucosa seen in which poisoning? | openlifescienceai/medmcqa | [
"Cadmium",
"Arsenic",
"Mercury",
"Amytal sodium"
] | D | POISONS STOMACH MUCOSA Carbolic acid Leathery mucosa Sulphuric acid Black necrotic stomach mucosa Arsenic Red velvety Mucosa Mercury Slate gray Mucosa HNO3 Yellowish Sodium amytal,Copper sulfate Blue |
In a garment industry, 12 men working 9 hours per day complete a piece of work in 10 days. To complete the same work in 12 days, working 15 hours a day, the number of men required is: | deepmind/aqua_rat | [
"7",
"4",
"5",
"6"
] | A | Explanation :
Let the required number of men be x.
Less days, More men (Indirect Proportion)
More working hrs per day, Less men (Indirect Proportion)
Days 8 : 10
Working Hrs 15 : 9 :: 12 : x
=> 12 x 15 x x = 10 x 8 x 12
=> x = 10 x 9 x 12 / (12 x 15)
=> x = 7
Answer : D |
In a garment industry, 12 men working 9 hours per day complete a piece of work in 10 days. To complete the same work in 12 days, working 15 hours a day, the number of men required is: | deepmind/aqua_rat | [
"5",
"7",
"6",
"4"
] | B | Explanation :
Let the required number of men be x.
Less days, More men (Indirect Proportion)
More working hrs per day, Less men (Indirect Proportion)
Days 8 : 10
Working Hrs 15 : 9 :: 12 : x
=> 12 x 15 x x = 10 x 8 x 12
=> x = 10 x 9 x 12 / (12 x 15)
=> x = 7
Answer : D |
In a garment industry, 12 men working 9 hours per day complete a piece of work in 10 days. To complete the same work in 12 days, working 15 hours a day, the number of men required is: | deepmind/aqua_rat | [
"6",
"5",
"7",
"4"
] | C | Explanation :
Let the required number of men be x.
Less days, More men (Indirect Proportion)
More working hrs per day, Less men (Indirect Proportion)
Days 8 : 10
Working Hrs 15 : 9 :: 12 : x
=> 12 x 15 x x = 10 x 8 x 12
=> x = 10 x 9 x 12 / (12 x 15)
=> x = 7
Answer : D |
In a garment industry, 12 men working 9 hours per day complete a piece of work in 10 days. To complete the same work in 12 days, working 15 hours a day, the number of men required is: | deepmind/aqua_rat | [
"6",
"5",
"4",
"7"
] | D | Explanation :
Let the required number of men be x.
Less days, More men (Indirect Proportion)
More working hrs per day, Less men (Indirect Proportion)
Days 8 : 10
Working Hrs 15 : 9 :: 12 : x
=> 12 x 15 x x = 10 x 8 x 12
=> x = 10 x 9 x 12 / (12 x 15)
=> x = 7
Answer : D |
M/C uterine malformation associated with renal anomalies: | openlifescienceai/medmcqa | [
"Unicornuate",
"Bicornuate",
"Septate",
"Didelphys"
] | A | Ans. is b, i.e. UnicornuateRef: Leon Speroff 8th/ed, pt46"Approximately 40% of patients with a unicornuate uterus will have a urinary tract anomaly (usually of kidney) - Ref: Leon Speroff 8th/ed, p146 |
M/C uterine malformation associated with renal anomalies: | openlifescienceai/medmcqa | [
"Bicornuate",
"Unicornuate",
"Didelphys",
"Septate"
] | B | Ans. is b, i.e. UnicornuateRef: Leon Speroff 8th/ed, pt46"Approximately 40% of patients with a unicornuate uterus will have a urinary tract anomaly (usually of kidney) - Ref: Leon Speroff 8th/ed, p146 |
M/C uterine malformation associated with renal anomalies: | openlifescienceai/medmcqa | [
"Bicornuate",
"Septate",
"Unicornuate",
"Didelphys"
] | C | Ans. is b, i.e. UnicornuateRef: Leon Speroff 8th/ed, pt46"Approximately 40% of patients with a unicornuate uterus will have a urinary tract anomaly (usually of kidney) - Ref: Leon Speroff 8th/ed, p146 |
M/C uterine malformation associated with renal anomalies: | openlifescienceai/medmcqa | [
"Didelphys",
"Septate",
"Bicornuate",
"Unicornuate"
] | D | Ans. is b, i.e. UnicornuateRef: Leon Speroff 8th/ed, pt46"Approximately 40% of patients with a unicornuate uterus will have a urinary tract anomaly (usually of kidney) - Ref: Leon Speroff 8th/ed, p146 |
In the context of machine unlearning, assume you have a trained machine learning model and need to remove the influence of a specific subset of data from the model. What is the most straightforward method to achieve this? | mvujas/stem_mcqa_questions | [
"Retrain the model from scratch without the subset of data",
"Decrease the learning rate and continue training",
"Use dropout regularization on the model weights",
"Apply differential privacy techniques to the existing model"
] | A | The most straightforward method to ensure that the influence of a specific subset of data is completely removed from a machine learning model is to retrain the model from scratch without the subset of data. This method guarantees that the data subset has no residual effect on the model's parameters. Decreasing the lear... |
In the context of machine unlearning, assume you have a trained machine learning model and need to remove the influence of a specific subset of data from the model. What is the most straightforward method to achieve this? | mvujas/stem_mcqa_questions | [
"Use dropout regularization on the model weights",
"Retrain the model from scratch without the subset of data",
"Apply differential privacy techniques to the existing model",
"Decrease the learning rate and continue training"
] | B | The most straightforward method to ensure that the influence of a specific subset of data is completely removed from a machine learning model is to retrain the model from scratch without the subset of data. This method guarantees that the data subset has no residual effect on the model's parameters. Decreasing the lear... |
In the context of machine unlearning, assume you have a trained machine learning model and need to remove the influence of a specific subset of data from the model. What is the most straightforward method to achieve this? | mvujas/stem_mcqa_questions | [
"Decrease the learning rate and continue training",
"Apply differential privacy techniques to the existing model",
"Retrain the model from scratch without the subset of data",
"Use dropout regularization on the model weights"
] | C | The most straightforward method to ensure that the influence of a specific subset of data is completely removed from a machine learning model is to retrain the model from scratch without the subset of data. This method guarantees that the data subset has no residual effect on the model's parameters. Decreasing the lear... |
In the context of machine unlearning, assume you have a trained machine learning model and need to remove the influence of a specific subset of data from the model. What is the most straightforward method to achieve this? | mvujas/stem_mcqa_questions | [
"Apply differential privacy techniques to the existing model",
"Decrease the learning rate and continue training",
"Use dropout regularization on the model weights",
"Retrain the model from scratch without the subset of data"
] | D | The most straightforward method to ensure that the influence of a specific subset of data is completely removed from a machine learning model is to retrain the model from scratch without the subset of data. This method guarantees that the data subset has no residual effect on the model's parameters. Decreasing the lear... |
A change in the environment that causes a response is known as a | allenai/ai2_arc | [
"stimulus",
"habit",
"source",
"reflex"
] | A | |
A change in the environment that causes a response is known as a | allenai/ai2_arc | [
"source",
"stimulus",
"reflex",
"habit"
] | B | |
A change in the environment that causes a response is known as a | allenai/ai2_arc | [
"source",
"reflex",
"stimulus",
"habit"
] | C | |
A change in the environment that causes a response is known as a | allenai/ai2_arc | [
"habit",
"source",
"reflex",
"stimulus"
] | D | |
A 45 year old farmer has itchy erythematous papular lesions on face, neck, 'V' area of chest, dorsum of hands and forearms for 3 years. The lesions are more severe in summers and improve by 75% in winters. The most appropriate test to diagnose the condition would be – | openlifescienceai/medmcqa | [
"Patch test",
"Estimation of IgE levels in blood",
"Skin biopsy",
"Intradermal prick test"
] | A | This patient has :-
Itchy papular lesions on face, neck, V shaped area of chest, dorsum of hand.
Exacerbation in summer and improvement in winter.
Both of these are clinical clues for the diagnosis of photodermatoses.
"Photopatch test is used to confirm the diagnosis of photoallergic dermatosis". |
A 45 year old farmer has itchy erythematous papular lesions on face, neck, 'V' area of chest, dorsum of hands and forearms for 3 years. The lesions are more severe in summers and improve by 75% in winters. The most appropriate test to diagnose the condition would be – | openlifescienceai/medmcqa | [
"Estimation of IgE levels in blood",
"Patch test",
"Intradermal prick test",
"Skin biopsy"
] | B | This patient has :-
Itchy papular lesions on face, neck, V shaped area of chest, dorsum of hand.
Exacerbation in summer and improvement in winter.
Both of these are clinical clues for the diagnosis of photodermatoses.
"Photopatch test is used to confirm the diagnosis of photoallergic dermatosis". |
A 45 year old farmer has itchy erythematous papular lesions on face, neck, 'V' area of chest, dorsum of hands and forearms for 3 years. The lesions are more severe in summers and improve by 75% in winters. The most appropriate test to diagnose the condition would be – | openlifescienceai/medmcqa | [
"Intradermal prick test",
"Estimation of IgE levels in blood",
"Patch test",
"Skin biopsy"
] | C | This patient has :-
Itchy papular lesions on face, neck, V shaped area of chest, dorsum of hand.
Exacerbation in summer and improvement in winter.
Both of these are clinical clues for the diagnosis of photodermatoses.
"Photopatch test is used to confirm the diagnosis of photoallergic dermatosis". |
A 45 year old farmer has itchy erythematous papular lesions on face, neck, 'V' area of chest, dorsum of hands and forearms for 3 years. The lesions are more severe in summers and improve by 75% in winters. The most appropriate test to diagnose the condition would be – | openlifescienceai/medmcqa | [
"Estimation of IgE levels in blood",
"Skin biopsy",
"Intradermal prick test",
"Patch test"
] | D | This patient has :-
Itchy papular lesions on face, neck, V shaped area of chest, dorsum of hand.
Exacerbation in summer and improvement in winter.
Both of these are clinical clues for the diagnosis of photodermatoses.
"Photopatch test is used to confirm the diagnosis of photoallergic dermatosis". |
Like the platypus, the echnida is a what? | allenai/sciq | [
"monotreme",
"Gives Live birth",
"dugongs",
"prosauropod"
] | A | Echidna. Like the platypus, the echnida is a monotreme. The only living monotreme species inhabit Australia and New Guinea. |
Like the platypus, the echnida is a what? | allenai/sciq | [
"prosauropod",
"monotreme",
"Gives Live birth",
"dugongs"
] | B | Echidna. Like the platypus, the echnida is a monotreme. The only living monotreme species inhabit Australia and New Guinea. |
Like the platypus, the echnida is a what? | allenai/sciq | [
"dugongs",
"prosauropod",
"monotreme",
"Gives Live birth"
] | C | Echidna. Like the platypus, the echnida is a monotreme. The only living monotreme species inhabit Australia and New Guinea. |
Like the platypus, the echnida is a what? | allenai/sciq | [
"dugongs",
"Gives Live birth",
"prosauropod",
"monotreme"
] | D | Echidna. Like the platypus, the echnida is a monotreme. The only living monotreme species inhabit Australia and New Guinea. |
Lighting a candle causes that candle to what? | allenai/openbookqa | [
"scorch",
"regenerate",
"cool",
"freeze"
] | A | |
Lighting a candle causes that candle to what? | allenai/openbookqa | [
"regenerate",
"scorch",
"freeze",
"cool"
] | B | |
Lighting a candle causes that candle to what? | allenai/openbookqa | [
"regenerate",
"cool",
"scorch",
"freeze"
] | C | |
Lighting a candle causes that candle to what? | allenai/openbookqa | [
"cool",
"freeze",
"regenerate",
"scorch"
] | D | |
Sugar is composed of carbon, hydrogen, and oxygen. Sugar is an example of which of the following? | allenai/ai2_arc | [
"a compound",
"a mixture",
"an atom",
"an electron"
] | A | |
Sugar is composed of carbon, hydrogen, and oxygen. Sugar is an example of which of the following? | allenai/ai2_arc | [
"an atom",
"a compound",
"a mixture",
"an electron"
] | B | |
Sugar is composed of carbon, hydrogen, and oxygen. Sugar is an example of which of the following? | allenai/ai2_arc | [
"an atom",
"a mixture",
"a compound",
"an electron"
] | C | |
Sugar is composed of carbon, hydrogen, and oxygen. Sugar is an example of which of the following? | allenai/ai2_arc | [
"an electron",
"an atom",
"a mixture",
"a compound"
] | D | |
All matter in the universe is composed of one or more unique pure substances called what? | allenai/sciq | [
"elements",
"molecules",
"atoms",
"compounds"
] | A | The Levels of Organization To study the chemical level of organization, scientists consider the simplest building blocks of matter: subatomic particles, atoms and molecules. All matter in the universe is composed of one or more unique pure substances called elements, familiar examples of which are hydrogen, oxygen, car... |
All matter in the universe is composed of one or more unique pure substances called what? | allenai/sciq | [
"atoms",
"elements",
"molecules",
"compounds"
] | B | The Levels of Organization To study the chemical level of organization, scientists consider the simplest building blocks of matter: subatomic particles, atoms and molecules. All matter in the universe is composed of one or more unique pure substances called elements, familiar examples of which are hydrogen, oxygen, car... |
All matter in the universe is composed of one or more unique pure substances called what? | allenai/sciq | [
"molecules",
"atoms",
"elements",
"compounds"
] | C | The Levels of Organization To study the chemical level of organization, scientists consider the simplest building blocks of matter: subatomic particles, atoms and molecules. All matter in the universe is composed of one or more unique pure substances called elements, familiar examples of which are hydrogen, oxygen, car... |
All matter in the universe is composed of one or more unique pure substances called what? | allenai/sciq | [
"atoms",
"molecules",
"compounds",
"elements"
] | D | The Levels of Organization To study the chemical level of organization, scientists consider the simplest building blocks of matter: subatomic particles, atoms and molecules. All matter in the universe is composed of one or more unique pure substances called elements, familiar examples of which are hydrogen, oxygen, car... |
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