diff --git a/Basic-Scripts/Password/README.md b/Basic-Scripts/Password/README.md
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+<h1>Hard to guess easy to remember</h1>
+<p>Python script to generate a <b>password</b> which is almost <b>impossible to guess</b> by a attacker, by <b>using the easily remembered words</b> of a user day to day life.</p>
+
+Here I use built-in python <b>module</b> name <b>random</b> use to make random choice.
diff --git a/Basic-Scripts/Password/password.py b/Basic-Scripts/Password/password.py
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+++ b/Basic-Scripts/Password/password.py
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+#Importing Library
+import random
+
+#GENERATE TWO RANDOM STRINGS FROM THE GIVEN LIST
+def RandomString(List):
+	string1=random.choice(List)		#First random string
+	List.remove(string1)			#To avoid repetition of strings removing the first word from the list
+	string2=random.choice(List)		#second random string
+	
+	return string1,string2
+	
+#GENERATE TWO RANDOM NUMBERS BETWEEN RANGE (0 - 9)
+def RandomNumber():
+	List=[0,1,2,3,4,5,6,7,8,9]
+	number1=random.choice(List)		#First random number
+	List.remove(number1)			#To avoid repetition of numbers removing the first word from the list
+	number2=random.choice(List)		#Second random number
+	
+	return number1,number2
+	
+#GENERATE TWO RANDOM CHARACTERS	
+def RandomSpecialChar():
+	List=['~','`','!','@','#','$','%','^','&','*','?','+','-','_',';',':','>','<']
+	char1=random.choice(List)		#First random character
+	List.remove(char1)				#To avoid repetition of characters removing the first word from the list
+	char2=random.choice(List)		#Second random character
+	
+	return char1,char2
+	
+#GENERATE A RANDOM INDEX FROM PASSWORD STRING	
+def RandomIndex(List):
+	index=random.choice(List)
+	List.remove(index)
+	
+	return index
+	
+#Driver program	
+if __name__=='__main__':
+	
+	#Take input from user
+	names=list(input('Input the list of easily remembered words').split())
+	
+	#Creating password using two strings
+	string=RandomString(names)
+	password=string[0]+string[1]		
+
+	#Uppercasing random characters in password
+	IndexList=list(range(0,len(password)))
+	index=RandomIndex(IndexList)
+	password=password[:index]+password[index].upper()+password[index+1:]
+	index=RandomIndex(IndexList)
+	password=password[:index]+password[index].upper()+password[index+1:]
+
+	#Adding random numbers in password
+	number=RandomNumber()
+	index=RandomIndex(IndexList)
+	password=password[:index]+str(number[0])+password[index:]
+	index=RandomIndex(IndexList)
+	password=password[:index]+str(number[1])+password[index:]
+
+	#Adding random special symbols in password
+	char=RandomSpecialChar()
+	index=RandomIndex(IndexList)
+	password=password[:index]+char[0]+password[index:]
+	index=RandomIndex(IndexList)
+	password=password[:index]+char[1]+password[index:]
+
+	#Printing the generated password
+	print('Generated password : ',password)
+	
+	
diff --git a/Web-Scraping/Covid-19 Statics/README.md b/Web-Scraping/Covid-19 Statics/README.md
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+<h1>Scraping Covid-19 Statics</h1>
+
+Scraping the corona virus cases of 213 countries and territories.
+Using <b>Beautiful soup</b> python package to extract the <b>HTML</b> content of the website(https://www.worldometers.info/coronavirus/countries-where-coronavirus-has-spread/).
+
+Representing the extracted data in <b>table format</b> form using <b>texttable</b> python library.
diff --git a/Web-Scraping/Covid-19 Statics/code.py b/Web-Scraping/Covid-19 Statics/code.py
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+++ b/Web-Scraping/Covid-19 Statics/code.py	
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+# Importing Libraries 
+import requests 
+from bs4 import BeautifulSoup 
+import texttable as tt
+
+# URL for scrapping data 
+url = 'https://www.worldometers.info/coronavirus/countries-where-coronavirus-has-spread/'
+
+# Get URL html 
+page = requests.get(url) 
+soup = BeautifulSoup(page.text, 'html.parser') 
+
+data = [] 
+
+# soup.find_all('td') will scrape every element in the url's table 
+data_iterator = iter(soup.find_all('td')) 
+# data_iterator is the iterator of the table 
+
+# This loop will keep repeating till there is data available in the iterator 
+while True: 
+	try: 
+		country = next(data_iterator).text 
+		confirmed = next(data_iterator).text 
+		deaths = next(data_iterator).text 
+		continent = next(data_iterator).text 
+		deaths=deaths.replace(',','')			#Removing "," from deaths string
+		confirmed=confirmed.replace(',','')		#Removing "," from confirmed string
+
+		# For 'confirmed' and 'deaths', make sure to remove the commas and convert to int 
+		data.append(( 
+			country, 
+			int(confirmed), 		#Converting string to int
+			int(deaths), 			#Converting string to int
+			continent 
+		)) 
+
+	# StopIteration error is raised when there are no more elements left to iterate through 
+	except StopIteration: 
+		break
+
+# Sort the data by the number of confirmed cases 
+data.sort(key = lambda row: row[1], reverse = True) 
+
+# Creating Table
+table = tt.Texttable() 
+table.add_rows([(None, None, None, None)] + data)  # Add an empty row at the beginning for the headers 
+table.set_cols_align(('c', 'c', 'c', 'c'))  # 'l' denotes left, 'c' denotes center, and 'r' denotes right 
+table.header((' Country ', ' Number of cases ', ' Deaths ', ' Continent ')) 
+
+# Printing the created table  
+print(table.draw()) 
+