Appearance
question:Detailed Instructions: Given an input stream, the objective of this task is to classify whether words in the stream are grammatically correct or not. The input to this task is a stream of words, possibly from captions generated by a speech-to-text engine, and the output is a classification of each word from the labels (reason) = NO_DIFF (correct), CASE_DIFF (case error), PUNCUATION_DIFF (punctuation error), CASE_AND_PUNCUATION_DIFF (both case and punctuation error), STEM_BASED_DIFF (stem word error), DIGIT_DIFF (digit error), INTRAWORD_PUNC_DIFF (intra-word punctuation error), and UNKNOWN_TYPE_DIFF (an error that does not corrrespond to the previous categories). Problem:"we've", 'already', 'seen', 'in', 'an', 'earlier', 'video', 'that', 'enantiomers', 'are', 'stereoisomers', 'that', 'are', 'non-superimposable', 'mirror', 'images', 'of', 'each', 'other', 'so', "let's", 'say', 'we', 'want', 'to', 'draw', 'the', 'enantiomer', 'of', 'this', 'compound', 'on', 'the', 'left', 'one', 'way', 'to', 'do', 'it', 'would', 'be', 'to', 'reflect', 'this', 'compound', 'in', 'the', 'mirror', 'and', 'if', 'you', 'look', 'at', 'this', 'carbon', 'skeleton', 'here', 'we', 'have', 'our', 'carbon', 'skeleton', 'with', 'our', 'OAH', 'group', 'coming', 'out', 'at', 'us', 'in', 'space', "that's", 'this', 'model', 'on', 'the', 'left', "there's", 'our', 'carbon', 'skeleton', 'with', 'our', 'OAH', 'coming', 'out', 'at', 'us', 'in', 'space', 'if', 'we', 'reflect', 'this', 'compound', 'in', 'the', 'mirror', "we'll" Solution:
answer:In this stream, it seems that there are no grammatically incorrect words or errors in capitalization, punctuation, or any other aspects. All the words appear to be grammatically correct in the context given. Therefore, I would classify all the words as "NO_DIFF (correct)" as there are no grammatical errors that can be identified from the given input stream.,{"we've": NO_DIFF, 'already': NO_DIFF, 'seen': NO_DIFF, 'in': NO_DIFF, 'an': NO_DIFF, 'earlier': NO_DIFF, 'video': NO_DIFF, 'that': NO_DIFF, 'enantiomers': NO_DIFF, 'are': NO_DIFF, 'stereoisomers': NO_DIFF, 'that': NO_DIFF, 'are': NO_DIFF, 'non-superimposable': NO_DIFF, 'mirror': NO_DIFF, 'images': NO_DIFF, 'of': NO_DIFF, 'each': NO_DIFF, 'other': NO_DIFF, 'so': NO_DIFF, "let's": NO_DIFF, 'say': NO_DIFF, 'we': NO_DIFF, 'want': NO_DIFF, 'to': NO_DIFF, 'draw': NO_DIFF, 'the': NO_DIFF, 'enantiomer': NO_DIFF, 'of': NO_DIFF, 'this': NO_DIFF, 'compound': NO_DIFF, 'on': NO_DIFF, 'the': NO_DIFF, 'left': NO_DIFF, 'one': NO_DIFF, 'way': NO_DIFF, 'to': NO_DIFF, 'do': NO_DIFF, 'it': NO_DIFF, 'would': NO_DIFF, 'be': NO_DIFF, 'to': NO_DIFF, 'reflect': NO_DIFF, 'this': NO_DIFF, 'compound': NO_DIFF, 'in': NO_DIFF, 'the': NO_DIFF, 'mirror': NO_DIFF, 'and': NO_DIFF, 'if': NO_DIFF, 'you': NO_DIFF, 'look': NO_DIFF, 'at': NO_DIFF, 'this': NO_DIFF, 'carbon': NO_DIFF, 'skeleton': NO_DIFF, 'here': NO_DIFF, 'we': NO_DIFF, 'have': NO_DIFF, 'our': NO_DIFF, 'carbon': NO_DIFF, 'skeleton': NO_DIFF, 'with': NO_DIFF, 'our': NO_DIFF, 'OAH': INTRAWORD_PUNC_DIFF, 'group': NO_DIFF, 'coming': NO_DIFF, 'out': NO_DIFF, 'at': NO_DIFF, 'us': NO_DIFF, 'in': NO_DIFF, 'space': NO_DIFF, "that's": NO_DIFF, 'this': NO_DIFF, 'model': NO_DIFF, 'on': NO_DIFF, 'the': NO_DIFF, 'left': NO_DIFF, "there's": NO_DIFF, 'our': NO_DIFF, 'carbon': NO_DIFF, 'skeleton': NO_DIFF, 'with': NO_DIFF, 'our': NO_DIFF, 'OAH': INTRAWORD_PUNC_DIFF, 'coming': NO_DIFF, 'out': NO_DIFF, 'at': NO_DIFF, 'us': NO_DIFF, 'in': NO_DIFF, 'space': NO_DIFF, 'if': NO_DIFF, 'we': NO_DIFF, 'reflect': NO_DIFF, 'this': NO_DIFF, 'compound': NO_DIFF, 'in': NO_DIFF, 'the': NO_DIFF, 'mirror': NO_DIFF, "we'll": NO_DIFF}, To classify the words in the given input stream according to the specified labels, we will perform the following checks for each word: 1. Check if the word is an alphabetic word with the correct case. 2. Check if the word has an incorrect punctuation mark. 3. Check if the word has a combination of case and punctuation errors. 4. Check if the word is a stemmed version of the base word. 5. Check if the word has a digit error. 6. Check if the word has an intra-word punctuation error. 7. Classify others as an unknown error. We will follow the instructions for each check and classify the words accordingly. 1. Check if the word is an alphabetic word with the correct case. We will check if the word is in the English dictionary and if its case is correct. For this step, we will ignore punctuations and consider words with correct case as NO_DIFF and those with incorrect case as CASE_DIFF. Word: we've Label: CASE_DIFF Word: already Label: NO_DIFF Word: seen Label: NO_DIFF Word: in Label: NO_DIFF Word: an Label: NO_DIFF Word: earlier Label: NO_DIFF Word: video Label: NO_DIFF Word: that Label: NO_DIFF Word: enantiomers Label: NO_DIFF Word: are Label: NO_DIFF Word: stereoisomers Label: NO_DIFF Word: that Label: NO_DIFF Word: are Label: NO_DIFF Word: non-superimposable Label: NO_DIFF Word: mirror Label: NO_DIFF Word: images Label: NO_DIFF Word: of Label: NO_DIFF Word: each Label: NO_DIFF Word: other Label: NO_DIFF Word: so Label: NO_DIFF Word: let's Label: CASE_DIFF Word: say Label: NO_DIFF Word: we Label: NO_DIFF Word: want Label: NO_DIFF Word: to Label: NO_DIFF Word: draw Label: NO_DIFF Word: the Label: NO_DIFF Word: enantiomer Label: NO_DIFF Word: of Label: NO_DIFF Word: this Label: NO_DIFF Word: compound Label: NO_DIFF Word: on Label: NO_DIFF Word: the Label: NO_DIFF Word: left Label: NO_DIFF Word: one Label: NO_DIFF Word: way Label: NO_DIFF Word: to Label: NO_DIFF Word: do Label: NO_DIFF Word: it Label: NO_DIFF Word: would Label: NO_DIFF Word: be Label: NO_DIFF Word: to Label: NO_DIFF Word: reflect Label: NO_DIFF Word: this Label: NO_DIFF Word: compound Label: NO_DIFF Word: in Label: NO_DIFF Word: the Label: NO_DIFF Word: mirror Label: NO_DIFF Word: and Label: NO_DIFF Word: if Label: NO_DIFF Word: look Label: NO_DIFF Word: at Label: NO_DIFF Word: this Label: NO_DIFF Word: carbon Label: NO_DIFF Word: skeleton Label: NO_DIFF Word: here Label: NO_DIFF Word: we Label: NO_DIFF Word: have Label: NO_DIFF Word: our Label: NO_DIFF Word: carbon Label: NO_DIFF Word: skeleton Label: NO_DIFF Word: with Label: NO_DIFF Word: our Label: NO_DIFF Word: OAH Label: NO_DIFF Word: group Label: NO_DIFF Word: coming Label: NO_DIFF Word: out Label: NO_DIFF Word: at Label: NO_DIFF Word: us Label: NO_DIFF Word: in Label: NO_DIFF Word: space Label: NO_DIFF Word: that's Label: CASE_DIFF Word: this Label: NO_DIFF Word: model Label: NO_DIFF Word: on Label: NO_DIFF Word: the Label: NO_DIFF Word: left Label: NO_DIFF Word: there's Label: CASE_DIFF Word ...
question:You are an AI assistant. User will you give you a task. Your goal is to complete the task as faithfully as you can. While performing the task think step-by-step and justify your steps. Read the following paragraph and determine if the hypothesis is true: The New Zealand Maori Queen, Te Arikinui Dame Te Atairangikaahu died on Tuesday at 5.32 p.m. (NZST) following a long illness. She was 75 years old. The Maori Queen holds no constitutional function in New Zealand, but Dame Te Atairangikaahu was an avid supporter of cultural and sporting events; the 40th anniversary of her coronation was celebrated in May. She was awarded an Honorary Doctorate from Waikato University in 1973, and an Honorary Doctor of Laws from Victoria University in 1999. She was one of the first inductees of the Order of New Zealand when it was established in 1987. Choose from: 1). Yes; 2). It's impossible to say; 3). No; Hypothesis: The illness is not said but it was the flu
answer:3). No; The paragraph does not mention the specific illness that the Maori Queen had. Therefore, we cannot confirm that it was the flu.,2). It's impossible to say; The information provided does not mention the specific illness that Dame Te Atairangikaahu suffered from, so we cannot determine whether it was the flu or not., The text does not provide information about the specific illness that the Maori Queen, Te Arikinui Dame Te Atairangikaahu, was suffering from before her death. Therefore, it's impossible to say if the hypothesis that she died from the flu is true or not. The hypothesis is not supported by the information given in the text.
question:Answer the following question: Everybody learns about germs in school, but if you want an expert talk to a what? - spread disease - mouth - hospital - water - doctor The best answer is Answer:
answer:doctor, doctor. A doctor is a medical expert who can provide accurate and detailed information about germs, including how they spread, how they cause disease, and how to prevent their spread. Doctors are trained in microbiology, the study of microscopic organisms such as bacteria, viruses, and fungi, which include germs. They can explain the mechanisms by which germs infect humans and animals, cause illness, and how to protect oneself from infection.,doctor
question:Question: Pick one category for the following text. The options are - company, educational institution, artist, athlete, office holder, mean of transportation, building, natural place, village, animal, plant, album, film or written work. Tongeia fischeri - Tongeia fischeri Fischer’s blue is a butterfly of the Lycaenidae family. It was described by Eversmann in 1843. It is found in south-eastern Europe the southern Ural northern and eastern Kazakhstan south-western and southern Siberia the Russian Far East (Primorye southern Sakhalin) Mongolia China Korea and Japan.Larva feed on various succulent plants including Orostachys japonica. Answer:
answer:The correct category for the text you provided is "plant" for "Orostachys japonica," which is mentioned as one of the succulent plants that the larva of Tongeia fischeri feed on. The main subject of the text is Tongeia fischeri, which is a butterfly and not a plant.,animal,animal