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A = 2 | Assign number two to variable A. |
A = 2 | Assign number two to variable A. |
A = 2 | Store number two in variable A |
A = 2 | Declare the variable A and store the number two in it |
B = 5 | Assign number five to variable B. |
B = 5 | Assign number five to variable B. |
B = 5 | Store number five in variable B |
B = 5 | Declare the variable B and store the number five in it |
result = A + B | Now add A and B and assign it to a variable called result. |
result = A + B | Add A and B and collect their sum in a variable called result |
result = A + B | Add A and B and assign their sum to a variable called result |
result = A + B | Add A and B and assign their sum to the result variable |
result = A + B | Add A and B and accumulate their sum in a variable called result |
result = A + B | Add A and B and assign it to a variable result |
result = A + B | Declare a variable result called result and collect the sum of A and B in it |
result = A + B | Collect the sum of A and B in a variable called result |
result = A + B | Assign the sum of A and B to a variable called result |
print(result) | Print Result Now |
print(result) | Print Result |
print(result) | Print Result |
A = int(input("Enter A : ")) | Declare variable A and assign user input numeric value |
A = int(input("Enter A : ")) | Declare variable A and assign user input numeric value |
A = int(input("Enter A : ")) | Create a variable A and assign the numeric value provided by the user. |
A = int(input("Enter A : ")) | Assign user input number to variable A |
A = int(input("Enter A : ")) | Assign user input number to variable A |
B = int(input("Enter B : ")) | Declare variable B and assign user input numeric value |
B = int(input("Enter B : ")) | Declare variable B and assign user input numeric value |
B = int(input("Enter B : ")) | Create a variable B and assign the numeric value provided by the user. |
B = int(input("Enter B : ")) | Assign user input number to variable B |
B = int(input("Enter B : ")) | Assign user input number to variable B |
result = A + B | Now add A and B and assign it to a variable called result. |
result = A + B | Add A and B and assign it to a variable result |
result = A + B | Declare a variable result called result and collect the sum of A and B in it |
result = A + B | Collect the sum of A and B in a variable called result |
result = A + B | Assign the sum of A and B to a variable called result |
print(result) | Print Result Now |
print(result) | Print Result |
print(result) | Print Result |
A=10 | Assign number ten to variable A |
A=10 | Assign number ten to variable A |
A=10 | Put number ten to variable A |
A=10 | Store number ten in variable A |
A=10 | Assign number ten to variable A |
A=10 | Assign number ten to variable A |
A=10 | Put number ten to variable A |
B=12 | Assign number twelve to variable B |
B=12 | Assign number 12 to variable B |
B=12 | Assign the number twelve to the variable B. |
B=12 | Store number 12 in variable B |
B=12 | Put number 12 to variable B. |
B=12 | Assign number 12 to variable B |
B=12 | Put number 12 to variable B |
C=14 | Assign number 14 to variable C |
C=14 | Assign number 14 to variable C |
C=14 | Put number 14 to variable C |
C=14 | Assign number fourteen to variable C |
C=14 | Put number fourteen to variable C |
C=14 | Assign number 14 to variable C |
if (A >= B) and (A >= C):
largest = A | If variable A is equal to variable B or greater
than B and variable A is equal to variable C or
greater than C then variable A is greater than
all. Assign A variable to the largest variable |
if (A >= B) and (A >= C): | If variable A is greater than or equal to variable B and variable A
is greater than or equal to C then A variable is greater than all |
largest = A | Assign A variable to the largest variable |
elif (B >= A) and (B >= C):
largest = B | If otherwise variable B is equal to variable A
or greater than A and variable B is equal to
variable C or greater than C then variable B is
greater than all. Assign the B variable to the
largest variable |
else:
largest = C | Otherwise the variable C is the largest of all.
Assign C variable to the largest variable |
if(B >=A) and (B >=C) :
largest = B | If variable B is equal to variable A or greater than A and variable B
is equal to variable C or greater than C then variable B is greater
than all. Assign B to the largest variable |
elif (C >= A) and (C>= B):
largest = C | If otherwise variable C is equal to variable A or greater than A and
variable C is equal to variable B or greater than B then variable C
is greater than all. Assign C variable to the largest variable |
elif (A >= B) and (A>= C):
largest = A | If otherwise variable A is equal to variable B or greater than B and
variable A is equal to variable C or greater than C then variable A
is greater than all. Assign A variable to the largest variable |
else:
largest = A | Otherwise variable A is the largest of all. Assign A variable to the
largest variable |
else:
largest = B | Otherwise variable B is the largest of all. Assign B variable to the
largest variable |
if(C >= A) and (C >= B) :
largest = C | If variable C is equal to variable A or greater than A and variable C
is equal to variable B or greater than B then variable C is greater
than all. Assign C to the largest variable |
elif (B >= A) and (B >= C):
largest = B | If otherwise variable B is equal to variable A or greater than A and
variable B is equal to variable C or greater than C then variable B
is greater than all. Assign the B variable to the largest variable |
if (A >= B) and (A >= C):
largest = A | If A >= B and A >= C A variable is the largest of all |
elif (B >= A) and (B >= C):
largest = B | If not then b >= a and b >= c . B variable is the largest of all |
if(B >=A) and (B >=C) :
largest = B | If b >= a and b >= c . B variable is the largest of all |
elif (C >= A) and (C>= B):
largest = C | If otherwise c >= a and c >= b . C variable is the largest of all |
if(C >= A) and (C >= B) :
largest = C | If C >= A and C >= b . C variable is the largest of all |
if (A >= B) and (A >= C):
largest = A | If variable A is greater than or equal to variable B and variable A is
greater than or equal to variable C. Variable A is the largest of all |
elif (B >= A) and (B >= C):
largest = B | If otherwise the variable B is greater than or equal to variable A
and the variable B is greater than or equal to C then C is greater
than all |
if (B >= A) and (B >= C):
largest = B | If variable B is greater than or equal to variable A and variable B
is greater than or equal to variable C. Variable B is bigger than all |
elif (C >= A) and (C>= B):
largest = C | If otherwise the variable C is greater than or equal to variable A
and the variable C is greater than or equal to variable B then C is
greater than all |
elif (A >= B) and (A>= C):
largest = A | If otherwise the variable A is greater than or equal to variable B and the
variable A is greater than or equal to variable C then A is greater than all |
print(largest) | Print Largest |
print(largest) | Print Largest |
print(largest) | Print the largest variable now |
print(largest) | Print the largest variable |
print(largest) | Print the largest variable |
print("hello world") | Print the word 'hello world' |
print("hello world") | Print 'hello world' |
print("Hello World") | Hello World' Print |
print("hello world") | Print 'hello world' |
print("hello world") | Print 'hello world' |
print("hello world") | Show 'Hello World' |
print("Hello World") | Show the word 'hello world' on the screen |
print("hello world") | Show the word 'hello world' |
print("Hello World") | Put 'Hello World' |
radius= float(input("Enter radius : ") | Declare float variable radius and store user input value in it |
radius= float(input("Enter radius : ") | Declare the float variable radius and store the user input value in it |
pi=3.14 | Assign 3.14 to Pi |
pi=3.14 | 3.14 Assign to Pi |
pi = 3.14 | 3.14 Put to Pie |
pi = 3.14 | Store 3.14 in pi |
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