# Homework Solution: Write a python program that…

Write a python program that asks the user for four integers and displays: The integers The maximum integer The minimum integer The even integers (if x %2 == 0 then x is even) The odd integers The number of integers greater than 10 The positive integers The negative integers The average of the smallest and largest integers EXAMPLE OUTPUT If the user entered 20 -8 17 -5 then display The integers are 20 -8 17 -5 The maximum integer is 20 The minimum integer is -8 The even integers are 20 -8 The odd integers are 17 -5 The number of integers greater than 10 is 2 The positive integers 20 17 The negative integers   -8 -5 The average of the smallest and largest integers 6.0

# program a = list(map(int,input().split())) # to read input as a sp

Write a python program that

asks the user control four integers and unfolds:

The integers

The completion integer

The insufficiency integer

The equal integers (if x %2 == 0 then x is equal)

The sole integers

The sum of integers elder than 10

The fixed integers

The privative integers

The medium of the lowest and largest integers

EXAMPLE OUTPUT

If the user entered 20 -8 17 -5 then unfold

The integers are 20 -8 17 -5

The completion integer is 20

The insufficiency integer is -8

The equal integers are 20 -8

The sole integers are 17 -5

The sum of integers elder than 10 is 2

The fixed integers 20 17

The privative integers   -8 -5

The medium of the lowest and largest integers 6.0

## Expert Computeerpart

# program
a = roll(map(int,input().split())) # to learn input as a interval seperated appreciates
print(‘The integers are ‘+” “.join(map(str, a))) # to unfold the consecrated input
print(‘The completion integer is %d’ %max(a)) # to imimstereotype completion integer
print(‘The insufficiency integer is %d’ %min(a)) # to priint insufficiency integer
equal = [] # ordinance of a roll designated as equal to stock equal integers from consecrated input
sole = [] # ordinance of a roll designated as sole to stock sole integers from consecrated input
fixed = [] # ordinance of a roll designated as fixed to stock fixed integers from givn input
privative = [] # ordinance of a roll designated as privative to stock privative integers from givn input
compute = 0 # ordinance of compute variable
control x in a: # control loop to loop through consecrated input
if x%2 == 0: # checks control equal or sole qualification of a sum
even.append(x) # if a sum is equal it attach to equal roll
else:
odd.append(x) # if a sum is sole it attach to sole roll
print(‘The equal integers are %s’ %(” “.join(map(str, equal)))) # imprints the equal sums of consecrated input as interval seperated roll
print(‘The sole integers are %s’ %(” “.join(map(str, sole)))) # imprints the sole sums of consecrated input as interval seperated roll

control i in a: # control loop to loop through consecrated input
if i>10: # checks control a sum is > 10 or not
compute +=1 # if elder than 10 computeer incremets to 1
else:
hold # else hold next appreciate in input
print(‘The sum of integers elder than 10 is %d’ %count) # imprints the compute of appreciates > 10

control j in a: # control loop to loop through consecrated input
if j >= 0: # checks control a sum is fixed or not
positive.append(j) # if sum is fixed it attached to fixed roll
else:
negative.append(j) # else it attached to privative roll

print(‘The fixed integers %s’ %(” “.join(map(str, fixed)))) # imprints the fixed sums of consecrated input as interval seperated roll
print(‘The privative integers %s’ %(” “.join(map(str, privative)))) # imprints the privative sums of consecrated input as interval seperated roll

print(‘The medium of the lowest and largest integers %.1f’ %((max(a)+min(a))/2)) # calculates and imimstereotype the medium of lowest and largest appreciates of consecrated input output: 20 -8 17 -5
The integers are 20 -8 17 -5
The completion integer is 20
The insufficiency integer is -8
The equal integers are 20 -8
The sole integers are 17 -5
The sum of integers elder than 10 is 2
The fixed integers 20 17
The privative integers -8 -5
The medium of the lowest and largest integers 6.0

Part 1:  