Updated

Author: MuhammadAmas

Bisection Method/bisection.py

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+a = float(input("enter lower limit in which solution lies :"))
+b = float(input("enter upper limit in which solution lies :"))
+
+x = a
+fa = x**2 + x - 6
+
+x = b
+fb = x**2 + x - 6
+
+f = fa * fb
+if (f > 0):
+    print("given range does not exist solution")
+else:
+    fc = 1
+    k = 1
+    while fc != 0:
+        c = (a+b)/2
+        x = c
+        fc = x**2 + 3 * x - 10
+        f = fa*fc
+        print("k= a={}  b= {}  c={}".format(k, a, b, c))
+
+        if f < 0:
+            b = c
+        else:
+            a = c
+        k += 1
+
+print("solution of given equation is {}".format(c))

Calculating Power Through Recursion/Calculatingpowerthroughrecursion.py

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+def pwr(a, b):
+    if b == 0:
+        return (1)
+    else:
+        return (a*pwr(a, b-1))
+
+
+a = int(input("Enter Base Value :"))
+b = int(input("Enter Exponent Value :"))
+n = pwr(a, b)
+print(n)

Generalize Matrix/generalizematrix.py

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+b = float(input("How many coulumns do you want?_"))
+a = float(input("How many rows do you want?_"))
+d = []
+l = 0
+while l < a:
+    c = []
+    k = 0
+    while k < b:
+        x = int(input("Enter the number_"))
+        c.append(x)
+        k += 1
+    d.append(c)
+    l += 1
+u = 0
+while u < len(d):
+    v = 0
+    while v < len(c):
+        print(d[u][v], end=" ")
+        v += 1
+    u += 1
+    print("\n")

Marks Sheet/marks sheet of five subjects.py

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+print("Marks sheet for class IX\n")
+
+a = float(input("Enter Sindhi Obtained Marks : "))
+b = float(input("Enter English Obtained Marks : "))
+c = float(input("Enter PSt Obtained Marks : "))
+d = float(input("Enter Biology Obtained Marks : "))
+e = float(input("Enter Chemistry Obtained Marks : "))
+f = float(input("Enter Total Marks of All Subjects : "))
+
+if f != 0:
+    g = a+b+c+d+e
+
+h = float(g/f)*100
+if f != 0 and f > g:
+    print(h)
+if h >= 80:
+    print("Grade: A+")
+if h >= 70 and h < 80:
+    print("Grade: B")
+if h >= 60 and h < 70:
+    print("Grade: C")
+if h >= 50 and h < 60:
+    print("Grade: D")
+if h >= 40 and h < 50:
+    print("Grade: E")
+if h >= 33.33 and h < 40:
+    print("Grade: U")
+if h < 33.33:
+    print("Grade: F")
+    print("Mate you are failed!!!")

Patterns/patterns.py

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+print("R for \n*\n**\n***\n" + "S for \n***\n**\n*\n" + "T for Triangle of *\n")
+# print("S for \n***\n**\n*")
+# print("S for Triangle of *")
+
+
+inp = input("what kind of stars you want to print?_")
+
+# Making right triangle of "*"
+if inp == "R":
+    a = int(input("How many rows do you want?_"))
+    b = "*"
+    for k in range(a):
+        print(b)
+        b += "*"
+
+# Making right triangle of "*" in inverse
+if inp == "S":
+    a = int(input("How many rows do you want?_"))
+    for i in range(a, 0, -1):
+        for j in range(1, i+1):
+            print("*", end=" ")
+        print("\n")
+
+# Making Triangle of *
+if inp == "T":
+    a = int(input("How many rows do you want?_"))
+    for i in range(a):
+        for k in range(1, a-i):
+            print(" ", end="")
+
+        for j in range(1, ((2*i)+2)):
+            print("*", end=" ")
+        print("\n")

Printing Highest and Lowest Marks/printing highest and lowest marks.py

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+marks = [100, 99, 98, 97, 96, 44, 55, 66, 77, 88, ]
+
+# sorting marks
+for i in range(len(marks)):
+    min = i
+    for j in range(i+1, len(marks)):
+        if marks[j] < marks[min]:
+            min = j
+    t = marks[i]
+    marks[i] = marks[min]
+    marks[min] = t
+print(marks)
+
+# printing top 5 marks
+a = 1
+for k in range(5):
+    print(f" At Number {a} {marks[k]}")
+    a += 1
+
+# printing last 5 marks
+l = (len(marks)+1)-6
+i = 5
+for o in range(l, len(marks)):
+    print(f" At {i} Last {l+1} {marks[l]}")
+    l += 1
+    i -= 1

README.md

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+#funtion of matrix input from nested lists
+def inputmatrix (matrix):
+    for i in range(len(matrix)):
+        j=0
+        for j in range(len((matrix)[j])):
+            unsortedmatrix.append(matrix[i][j])
+    return unsortedmatrix
+
+#funtion of sorting
+def srt (unsortedmatrix):
+    for k in range (len(unsortedmatrix)):
+        for l in range (k+1, len(unsortedmatrix)):
+            if unsortedmatrix[k] > unsortedmatrix[l]:
+                pseudo = unsortedmatrix[l]
+                unsortedmatrix[l] = unsortedmatrix[k]
+                unsortedmatrix[k] = pseudo
+    return unsortedmatrix
+
+"_______________________________________MAIN PROGRAM_______________________________________"
+
+#main program
+matrix=[[9,8,5],[7,1,2],[4,3,6]]
+Sortedmatrix=[]
+unsortedmatrix=[]
+inputmatrix(matrix)
+print(f"Unsortedmatrix: {unsortedmatrix}")
+srt(unsortedmatrix)
+print(f"Sortedmatrix:   {unsortedmatrix}")
+    

Sorting of Matrix/matrix sorting.py

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+a = []
+t = 0
+print('Write "c" to calculate the Total')
+x = float(input("numbers to be total_"))
+a.append(x)
+t = t+x
+while (x != "c"):
+    x = (input("numbers to be total_"))
+    if x != "c":
+        x = float(x)
+        a.append(x)
+        t = t+x
+k = 0
+while k < len(a):
+    if k != (len(a)-1):
+        print(a[k], end=" + ")
+    else:
+        print(a[k])
+    k += 1
+print(t)

Sum of Numbers/sumOfNumbers.py

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+# example 1
+a = float(input("Enter numerator :"))
+b = float(input("Enter denominator :"))
+if b != 0:
+    c = (a/b)
+    print(c)
+else:
+    print("numerator can't be zero")
+
+
+# example 2
+a = float(input("Enter numerator :"))
+b = float(input("Enter denominator :"))
+try:
+    c = (a/b)
+    print(c)
+except:
+    print("Error")