a = 20 def convert(a) : b = 20 a = a+b convert(10) print(a)
(a) 10 (b) 20 (c) 30 (d) Error
def EvenOdd() for i in range(5) : num = int(input("Enter a number ") if num/2==0 : print("Even") else: print("Odd") EvenOdd()
def EvenOdd() : for i in range(5) : num = int(input("Enter a number ")) if num%2==0 : print("Even") else: print("Odd") EvenOdd()
def puzzle(W,N): result="" for i in range(len(W)): if (i+1)%N==0: result+="_" else: result+=W[i] return result x=puzzle("TELEVISION",3) print(x)
Average of Eng, Math, Science | Grade |
---|---|
>=90 | A |
<90 but >=60 | B |
<60 | C |
def showGrades(S): for i,j in S.items(): avg=(j[0]+j[1]+j[2])/3 if avg>=90: print(i,"- A") elif avg>=60 and avg<90: print(i,"- B") elif avg<60: print(i,"- C") D={"Amit":[92,86,64],"Nagma":[65,42,43],"David":[92,90,88]} showGrades(D)
def callon(b=20, a=10): b=b+a a=b-a print(b,"#",a) return b x=100 y=200 x=callon(x,y) print(x,"@",y) y=callon(y) print(x,"@",y)
300 # 100 300 @ 200 210 # 200 300 @ 210
def max_num(L): max=L(0) for a in L: if a>max max=a return max
def max_num(L): max=L[0] for a in L: if a>max: max=a return max
def short_sub(lst,n): for i in range(0,n): if len(lst)>4: lst[i]=lst[i]+lst[i] else: lst[i]=lst[i] subject=['CS','HINDI','PHYSICS','CHEMISTRY','MATHS'] short_sub(subject,5) print(subject)
a=30 def call(x): global a if a%2==0: x+=a else: x-=a return x x=20 print(call(35),end="#") print(call(40),end="@")
def makenew(mystr): newstr = "" count = 0 for i in mystr: if count%2 != 0: newstr = newstr + str(count) else: if i.lower(): newstr = newstr + i.upper() else: newstr = newstr + i count += 1 print(newstr) makenew("No@1")
Example : If Sample Input data of the list is : L= [10, 20, 30, 40, 35, 55] Output will be : L= [11, 21, 31, 41, 34,54]
def EOReplace(L): for i in range(len(L)): if L[i]%2==0: L[i]=L[i]+1 else: L[i]=L[i]-1 print(L) or def EOReplace(): L=[] ch = 'y' while ch == 'y' or ch == 'Y': x = int(input('give item')) L.append(x) ch= input('do you want to enter more y/n ') for i in range(len(L)): if L[i]%2==0: L[i]=L[i]+1 else: L[i]=L[i]-1 print(L)