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NLP Multiple Choice Questions (MCQs) and Answers

Master Natural Language Processing (NLP) with Practice MCQs. Explore our curated collection of Multiple Choice Questions. Ideal for placement and interview preparation, our questions range from basic to advanced, ensuring comprehensive coverage of NLP. Begin your placement preparation journey now!

Q121

Q121 What is the primary goal of a language model in NLP?

A

To generate grammatical rules

B

To predict the next word in a sequence

C

To tokenize text

D

To remove stopwords

Q122

Q122 Which type of language model uses probabilities based on word sequences?

A

Neural language models

B

Statistical language models

C

Transformer-based models

D

Contextual embeddings

Q123

Q123 How do neural language models improve over statistical models?

A

They use fixed word probabilities

B

They capture context through embeddings

C

They don’t require training

D

They process sequentially

Q124

Q124 What is the main limitation of n-gram language models?

A

Overfitting

B

Memory consumption

C

Lack of long-range dependencies

D

Slow training

Q125

Q125 Which Python library offers tools to create n-gram models for language modeling?

A

nltk

B

spaCy

C

Hugging Face

D

gensim

Q126

Q126 How do you implement a unigram language model using nltk?

A

Use FreqDist to calculate word probabilities

B

Tokenize text

C

Both

D

Neither

Q127

Q127 A language model performs poorly due to rare words in the training data. What could you do?

A

Use smoothing techniques

B

Increase dataset size

C

Remove rare words

D

Ignore them completely

Q128

Q128 A transformer-based language model generates repetitive sentences. What can fix this?

A

Reduce model layers

B

Use beam search

C

Increase dataset size

D

Apply n-gram penalty

Q129

Q129 What is the main purpose of topic modeling in NLP?

A

To generate embeddings

B

To identify latent topics in text

C

To classify text

D

To predict word sequences

Q130

Q130 How does LDA (Latent Dirichlet Allocation) model topics?

A

By clustering embeddings

B

By using a probabilistic generative model

C

By matrix factorization

D

By neural networks

Q131

Q131 What is the key limitation of LDA in topic modeling?

A

Handles large corpora poorly

B

Cannot capture word order

C

Requires labeled data

D

Cannot handle stopwords

Q132

Q132 How does NMF (Non-negative Matrix Factorization) differ from LDA?

A

NMF uses embeddings

B

NMF relies on matrix factorization

C

NMF captures word order

D

NMF handles labeled data

Q133

Q133 Which library provides an easy-to-use implementation of LDA for topic modeling?

A

spaCy

B

gensim

C

TextBlob

D

Hugging Face

Q134

Q134 How do you visualize LDA topics using pyLDAvis?

A

Use pyLDAvis.gensim_models.prepare()

B

Use plot()

C

Use pyLDAvis.show()

D

Use pyLDAvis.plot()

Q135

Q135 An LDA model produces incoherent topics. What should you adjust?

A

Increase dataset size

B

Use fewer topics

C

Use more iterations

D

Reduce vocabulary size

Q136

Q136 A topic model generates overlapping topics. How can you address this issue?

A

Reduce dataset size

B

Increase topic separation parameter

C

Use fewer topics

D

Apply NMF instead of LDA

Q137

Q137 What is the primary function of a chatbot in conversational AI?

A

To classify text

B

To answer user queries

C

To generate embeddings

D

To predict next words

Q138

Q138 What technique allows chatbots to maintain context in a conversation?

A

Tokenization

B

Contextual embeddings

C

Sequence-to-sequence models

D

Dialogue management

Q139

Q139 Which evaluation metric is best suited for measuring the effectiveness of chatbots?

A

BLEU

B

F1 Score

C

WER

D

Dialog Success Rate

Q140

Q140 Which Python library provides tools for building rule-based chatbots?

A

spaCy

B

nltk

C

ChatterBot

D

TextBlob

Q141

Q141 How do you integrate a transformer-based language model like GPT into a chatbot?

A

Use rule-based replies

B

Fine-tune the model

C

Apply TF-IDF

D

Use a Bag-of-Words approach

Q142

Q142 A chatbot often misinterprets user intent. What can improve this?

A

Reduce vocabulary size

B

Train an intent classifier

C

Disable embeddings

D

Apply stemming

Q143

Q143 A conversational AI system generates irrelevant responses. What should you adjust?

A

Increase model size

B

Add context tracking

C

Use fewer intents

D

Reduce training epochs

Q144

Q144 What is a common application of NLP in healthcare?

A

Sentiment analysis

B

Named entity recognition

C

Clinical text analysis

D

Text summarization

Q145

Q145 How does sentiment analysis enhance customer feedback analysis in e-commerce?

A

By providing word embeddings

B

By quantifying customer satisfaction

C

By classifying intents

D

By generating product descriptions

Q146

Q146 What is the primary challenge of applying NLP to legal document analysis?

A

Lack of training data

B

Complex language structure

C

Short text length

D

Frequent spelling errors

Q147

Q147 Which Python library is commonly used for analyzing sentiment in social media datasets?

A

nltk

B

TextBlob

C

VADER

D

spaCy

Q148

Q148 How do you implement topic modeling for news articles using LDA in gensim?

A

gensim.topic_model()

B

LdaModel()

C

gensim.news_topic()

D

gensim.topics()

Q149

Q149 An NLP system fails to extract entities from noisy customer support logs. What should you do?

A

Use a pre-trained model

B

Fine-tune with domain data

C

Ignore noisy data

D

Apply stemming

Q150

Q150 A spam detection system flags non-spam emails as spam. What could you adjust?

A

Add more training data

B

Ignore stopwords

C

Reduce model size

D

Apply lemmatization

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