work

homework1/Function.py

+import matplotlib.pyplot as plt
+
+class homework(object):
+    
+
+    print("enter A value")
+    A = float(input()) 
+    print("enter M value")
+    M = float(input())
+    print("enter H value")
+    H = float(input())
+
+
+    values = []
+    returnvalues = []
+    i=0
+    def f(x) : return (2+x)*(x+(1/x))/(x*x*(1/(1+x*x)))
+
+    if H <= 0:        
+        print("wrong H value")        
+    else:
+        while f(A + i*H) < M and i < 14:                    
+            V = f(A + i*H)  
+            if V != float("inf") or V != float("-inf") or not isinstance(V,float) :
+               returnvalues.append(V)  
+               values.append(A + i*H)
+               i = i+1         
+            else: 
+                print("not available")
+                i = i+1 
+    print(returnvalues)
+    plt.plot(values,returnvalues)
+    plt.show()

lab1/README

+i didn't really understand what "algorithm given by us meant so i just filled a random algorithm that matched the criterias.
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lab1/laptop power management.xml

+<mxfile userAgent="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/61.0.3163.100 Safari/537.36" type="device" version="7.5.3" editor="www.draw.io"><diagram name="Page-1" id="dd4fdf45-0a81-a461-4935-abd9e4a15d39">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</diagram></mxfile>
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lab2/TASK8.xml

+<mxfile userAgent="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/61.0.3163.100 Safari/537.36" type="device" version="7.5.3" editor="www.draw.io"><diagram name="Page-1" id="dd4fdf45-0a81-a461-4935-abd9e4a15d39">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</diagram></mxfile>
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lab3/Lab3.py

+import time
+
+class lab3: 
+   
+    
+    A = float(time.strftime("%d"))
+    B = float(time.strftime("%m"))
+    C = float(time.strftime("%Y"))
+
+
+
+
+    print("enter birthday day eg 26")
+    day = float(input())
+    print("enter birthday month eg 09")
+    month = float(input())
+    print("enter birth year eg 1983")
+    year = float(input())
+
+   
+    
+    daysinayear = float(365.2425)
+    
+    pedays = day+month*30+year*daysinayear
+    curdays = A+B*30+C*daysinayear
+    
+    ageoftheperson = (curdays-pedays)/daysinayear #i could've done it in one line but itwould've been unclear
+    
+    print ("you are " ,ageoftheperson)
+    
+    if A == day and B == month :
+        print("happy birthday")
+    else:
+        days1 = A + B*30
+        days2 = day + month*30
+        difference = abs(days1 - days2)
+        print("your birthday is in " ,difference ,"days")
+
+  
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lab4/lab4.py

+class __Task1():
+    tot = 0
+    res = 0
+    course=[]
+    grades = []
+    student=[]
+    print("enter name")
+    Name = input()
+    print("enter age")
+    age = int(input())
+    student = [Name,age]
+    print("enter number of courses")
+    numberofcourses = int(input())
+    for i in range(1, numberofcourses+1):
+        print("enter name of course n°",i)
+        A=input()
+        student.append(A)
+        print("enter number of grades in course n°",i)
+        numberofgrades=int(input())
+        tot = 0
+        res = 0
+        for j in range(1, numberofgrades+1):
+            print("enter grade",j," of course n°",i)
+            B=float(input())
+            student.append(B)
+            tot = tot + B
+        res = tot/j
+        print(A,res)
+        
+        
+
+class __Task2():
+    Stores=[]
+    cheap = []
+    print("enter number of store")
+    Z = int(input())
+    for g in range(1,Z+1):
+        print("enter name of store",g)
+        Y = [input()]
+        Q= str(Y)
+        Stores.append(Y)
+        print("enter number of items")
+        A=int(input())
+        for i in range(1,A+1):
+            print("enter name of the item",i)
+            B=input()
+            print("enter price of the item",i)
+            C=float(input())
+            if C <10:
+                cheap.append([Q,B,C])
+                cheap.sort(key=lambda x: x[2])
+                Y.append([B,C])
+            else:
+              Y.append([B,C])
+
+    print(cheap)
+            
+class __Task3():
+    li=[]
+    for i in range(0, 5):
+        print("enter a string")
+        Z=str(input())
+        li.append(Z)
+    print(li)
+    print("type previously entered list")
+    Y=str(input())
+    for i in range(0,4):
+        if str(li[i])==Y:
+            del li[i]
+    print(li)
+    print("enter string")  
+    F = str(input()) 
+    li = [F]+li
+    print(li)
+    for l in range (0,4):
+        if len(str(li[l]).split()) >1:
+            for x in str(li[l]).split():
+                print (x)
+    print("type a string")
+    X=str(input())
+    S= X[::-1]
+    print(S)
+            
+    
+               
+      
+        
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lab5/lab5.py

+class __task1():
+    Nu = []
+    St = []
+    
+    for i in range (0,5):
+        print("type number")
+        Nu.append(input())
+    for j in range (0,5):
+       print("type string")
+       St.append(input())
+       
+def f(Nu): 
+    res = 0
+    for h in range (0,5):
+        res = res + Nu[h]
+    print(res)
+def u(St):
+    for h in range (0,5):
+        print (St[h][::-1])
+        
+class __task2():
+    Y="y"
+    while len(Y) > 50 or len(Y)<30:
+        print("input")
+        Y= str(input())
+        textoutput=open("textfile.txt","w") 
+        textoutput.write(Y)
+        textoutput=open("textfile.txt","r") 
+        print(textoutput.read())
+        textoutput.close
+        
+       
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lab5/textfile.txt

+OUTPUTOUTPUTOUTPUTOUTPUTOUTPUTOUTPUT
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