π Data Science Riddle 
Which algorithm is most sensitive to feature scaling?
  Which algorithm is most sensitive to feature scaling?
Anonymous Quiz
    24%
    Decision Tree
      
    26%
    Random Forest
      
    36%
    KNN
      
    14%
    Naive Bayes
      
    π Data Science Riddle 
Why does bagging reduce variance?
  Why does bagging reduce variance?
Anonymous Quiz
    14%
    Uses deeper trees
      
    51%
    Averages multiple models
      
    28%
    Penalizes weights
      
    8%
    Learns Sequentially
      
    π Infographic Elements That Every Data Person Should Master π
After years of working with data, I can tell you one thing:
π The
Hereβs your quick visual toolkit π
πΉ Timelines
* Sequential β© great for processes
* Scaled β³ best for real dates/events
πΉ Circular Charts
* Donut π© & Pie π₯§ for proportions
* Radial π for progress or cycles
* Venn π― when you want to show overlaps
πΉ Creative Comparisons
* Bubble π«§ & Area π΅ for impact by size
* Dot Matrix π΄ for colorful distributions
* Pictogram π₯ when storytelling matters most
πΉ Classic Must-Haves
* Bar π & Histogram π (clear, reliable)
* Line π for trends
* Area π & Stacked Area for the βbig pictureβ
πΉ Advanced Tricks
* Stacked Bar π when categories add up
* Span π for ranges
* Arc π for relationships
π‘ Pro tip from experience:
If your audience doesnβt βget itβ in 3 seconds, change the chart. The best visualizations
After years of working with data, I can tell you one thing:
π The
chart ou choose is as important as the data itself.Hereβs your quick visual toolkit π
πΉ Timelines
* Sequential β© great for processes
* Scaled β³ best for real dates/events
πΉ Circular Charts
* Donut π© & Pie π₯§ for proportions
* Radial π for progress or cycles
* Venn π― when you want to show overlaps
πΉ Creative Comparisons
* Bubble π«§ & Area π΅ for impact by size
* Dot Matrix π΄ for colorful distributions
* Pictogram π₯ when storytelling matters most
πΉ Classic Must-Haves
* Bar π & Histogram π (clear, reliable)
* Line π for trends
* Area π & Stacked Area for the βbig pictureβ
πΉ Advanced Tricks
* Stacked Bar π when categories add up
* Span π for ranges
* Arc π for relationships
π‘ Pro tip from experience:
If your audience doesnβt βget itβ in 3 seconds, change the chart. The best visualizations
speak louder than numbersβ€7π₯3
  π Data Science Riddle 
Which Metric is best for imbalanced classification?
  Which Metric is best for imbalanced classification?
Anonymous Quiz
    20%
    Accuracy
      
    18%
    Precision
      
    19%
    Recall
      
    43%
    F1-Score
      
    π Data Science Riddle 
A dataset has 20% missing values in a critical column. What's the most practical choice?
  A dataset has 20% missing values in a critical column. What's the most practical choice?
Anonymous Quiz
    5%
    Drop all rows
      
    49%
    Fill with mean/median
      
    41%
    Use model-based imputation
      
    5%
    Ignore missing data
      
    β€2
  ML models donβt all think alike π€
βοΈ Naive Bayes = probability
βοΈ KNN = proximity
βοΈ Discriminant Analysis = decision boundaries
Different paths, same goal: accurate classification.
Which one do you reach for first?
βοΈ Naive Bayes = probability
βοΈ KNN = proximity
βοΈ Discriminant Analysis = decision boundaries
Different paths, same goal: accurate classification.
Which one do you reach for first?
β€4
  π Data Science Riddle 
In a medical diagnosis project, what's more important?
  In a medical diagnosis project, what's more important?
Anonymous Quiz
    33%
    High precision
      
    14%
    High recall
      
    39%
    High accuracy
      
    14%
    High F1-score
      
    Important LLM Terms
πΉ Transformer Architecture
πΉ Attention Mechanism
πΉ Pre-training
πΉ Fine-tuning
πΉ Parameters
πΉ Self-Attention
πΉ Embeddings
πΉ Context Window
πΉ Masked Language Modeling (MLM)
πΉ Causal Language Modeling (CLM)
πΉ Multi-Head Attention
πΉ Tokenization
πΉ Zero-Shot Learning
πΉ Few-Shot Learning
πΉ Transfer Learning
πΉ Overfitting
πΉ Inference
πΉ Language Model Decoding
πΉ Hallucination
πΉ Latency
πΉ Transformer Architecture
πΉ Attention Mechanism
πΉ Pre-training
πΉ Fine-tuning
πΉ Parameters
πΉ Self-Attention
πΉ Embeddings
πΉ Context Window
πΉ Masked Language Modeling (MLM)
πΉ Causal Language Modeling (CLM)
πΉ Multi-Head Attention
πΉ Tokenization
πΉ Zero-Shot Learning
πΉ Few-Shot Learning
πΉ Transfer Learning
πΉ Overfitting
πΉ Inference
πΉ Language Model Decoding
πΉ Hallucination
πΉ Latency
β€10
  