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Update app.py

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  1. app.py +23 -1
app.py CHANGED
@@ -45,4 +45,26 @@ descriptive statistics can be performed on sample data as well as population dat
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  the key points of descriptive statistics are stated below.\n KEY COCEPTS\n * Measurement of Central Tendency which involves finding Mean, Median, and Mode.\n * Measurement of Dispersion which involves finding Range, Variance and Standard Deviation.\n * Distribution which gives how frequently the data is occurring some of examples of distribution are Gaussian, Random, and Normal distribution""")
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  st.subheader("Measure Of Central Tendency",divider=True)
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  st.markdown("""The measure of central tendency is used to find the central average value of the data.The central tendency can be computed by
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- useing three ways \n * Mode \n * Median \n * Mean""")
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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  the key points of descriptive statistics are stated below.\n KEY COCEPTS\n * Measurement of Central Tendency which involves finding Mean, Median, and Mode.\n * Measurement of Dispersion which involves finding Range, Variance and Standard Deviation.\n * Distribution which gives how frequently the data is occurring some of examples of distribution are Gaussian, Random, and Normal distribution""")
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  st.subheader("Measure Of Central Tendency",divider=True)
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  st.markdown("""The measure of central tendency is used to find the central average value of the data.The central tendency can be computed by
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+ useing three ways \n * Mode \n * Median \n * Mean""")
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+ def mode(list1):
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+ dict1={}
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+ dict2={}
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+ set1=set(list1)
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+ for i in list1:
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+ for j in set1:
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+ dict1[j]=list1.count(j)
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+ max_value=max(dict1.values())
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+ count = [key for key, value in dict1.items() if value==max_value]
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+ if max_value==1:
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+ print('no mode')
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+ elif len(count)==len(set1):
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+ print('no mode')
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+ elif len(count)==1:
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+ dict2[count[0]]= dict1.get(count[0])
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+ print(dict2)
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+ elif len(count)==2:
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+ print('bi mode')
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+ elif len(count)==3:
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+ print('tri mode')
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+ else:
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+ print('multimode')