@lamlaitudau6262: Bà nào mi thưa, mi mỏng thì nghía ngay mã mi này nhà #YUER nhennnn #lamdep #makeup #trending

Mỏ hỗn review💋
Mỏ hỗn review💋
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Saturday 26 September 2026 15:50:04 GMT
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th82603
Nhinhinhanh :
xin link mua ạ
2026-10-02 08:43:16
1
lehang0510
Lệ Hằng :
Mi xinh lắm nha
2026-09-27 10:17:51
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karenreview08
karenreview08 :
Mi xinh quá
2026-09-27 13:43:28
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toco9hoatay
Đội trưởng Twinkle✩ :
mi xinh lắm ó chòi
2026-09-26 16:28:22
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linhdan1326
Dâu 🍓 :
xinh quá nhaaaa
2026-09-27 03:47:28
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beoli234
Nhã🛍️ :
Dán lên tự nhiên xinh xỉu🥰
2026-09-27 02:29:10
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dauriviu025
Đậu rì viuu🫛 :
dùng okii lắm
2026-09-26 16:01:07
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reviewuytin.68
totorochil :
Mi đẹp zị
2026-09-26 17:07:56
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shop.m.xoi35
Xoài Minh Anh. :
chéo lại mình nha
2026-09-27 11:31:12
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_mebi.review92_
Rì viu có tâm 🛒🛍️ :
tt chéo nè
2026-09-26 16:04:29
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tholoinhois1
thỏ hay khócc :
🥰
2026-09-26 17:34:10
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After understanding single variables (Univariate), now we explore how variables relate to each other. 🔹 1. Bivariate Analysis (2 Variables) 👉 Comparing two variables at a time to check relationships. 📊 Numerical vs Numerical: 	•	Use scatter plots or correlation heatmaps. 	•	Example: Hours studied ⏳ vs Exam scores 📚 → Strong positive relation. 📊 Categorical vs Numerical: 	•	Use boxplots or grouped bar charts. 	•	Example: Gender vs Exam scores → Do males/females score differently? 📊 Categorical vs Categorical: 	•	Use cross tables or stacked bar charts. 	•	Example: Education level vs Job type → Which education leads to which jobs? 💡 Goal: Find meaningful connections between two variables. 🔹 2. Multivariate Analysis (3 or More Variables) 👉 Analyzing multiple variables together to see complex patterns. 📊 Techniques: 	•	Pair plots → Scatter plots for all variable pairs. 	•	Heatmaps → Show correlation between many features. 	•	Multidimensional visualization (3D plots, PCA, etc.). 📚 Example (Student Dataset): 	•	Hours studied + Attendance + Sleep hours → Predict Exam Scores. 	•	Gender + Study hours + Internet usage → Relation with Performance. 💡 Goal: Understand hidden patterns & interactions among multiple factors. ✅ Takeaway: 	•	Univariate = Single variable view 🔍 	•	Bivariate = Pairwise relationships 🔗 	•	Multivariate = Whole system view 🌐 #MachineLearning #BivariateAnalysis #MultivariateAnalysis #DataScience #100DaysOfML
After understanding single variables (Univariate), now we explore how variables relate to each other. 🔹 1. Bivariate Analysis (2 Variables) 👉 Comparing two variables at a time to check relationships. 📊 Numerical vs Numerical: • Use scatter plots or correlation heatmaps. • Example: Hours studied ⏳ vs Exam scores 📚 → Strong positive relation. 📊 Categorical vs Numerical: • Use boxplots or grouped bar charts. • Example: Gender vs Exam scores → Do males/females score differently? 📊 Categorical vs Categorical: • Use cross tables or stacked bar charts. • Example: Education level vs Job type → Which education leads to which jobs? 💡 Goal: Find meaningful connections between two variables. 🔹 2. Multivariate Analysis (3 or More Variables) 👉 Analyzing multiple variables together to see complex patterns. 📊 Techniques: • Pair plots → Scatter plots for all variable pairs. • Heatmaps → Show correlation between many features. • Multidimensional visualization (3D plots, PCA, etc.). 📚 Example (Student Dataset): • Hours studied + Attendance + Sleep hours → Predict Exam Scores. • Gender + Study hours + Internet usage → Relation with Performance. 💡 Goal: Understand hidden patterns & interactions among multiple factors. ✅ Takeaway: • Univariate = Single variable view 🔍 • Bivariate = Pairwise relationships 🔗 • Multivariate = Whole system view 🌐 #MachineLearning #BivariateAnalysis #MultivariateAnalysis #DataScience #100DaysOfML

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