Here, we are going to execute a Python program that will print all numbers between 1 to 1000, which are detachable by 7 and must not be distinct by 5.

Given a range (which is 1 to 1000) and we have printed all numbers which are distinct bye 7 and not detachable by 5 in python.

Model:

```
Input:
Enter an integer numbers: 8
Output:
Square of 8 is 64
```

Rationale:

To execute this rationale, we will utilize a for and in a circle with run() strategy. The announcement of range() strategy with the base to the greatest range is range(begin, end+1).

What’s more, check the condition, that worth ought to be detachable by 7 and ought not to be separable by 5 (model code: ((cnt%7==0) and (cnt%5!=0)) ).

On the off chance that condition is valid, print the numbers.

Here, we are going to execute a Python program that will print all numbers between 1 to 1000, which are detachable by 7 and must not be distinct by 5.

Given a range (which is 1 to 1000) and we have printed all numbers which are distinct bye 7 and not detachable by 5 in python.

**Program**

```
# Python program to calculate square of a number
# Method 1 (using number*number)
# input a number
number = int (raw_input ("Enter an integer number: "))
# calculate square
square = number*number
# print
print "Square of {0} is {1} ".format (number, square)
```

**Output**

```
Enter an integer number: 8
Square of 8 is 64
```

To execute this rationale, we will utilize a for and in a circle with run() strategy. The announcement of range() strategy with the base to the greatest range is a range(begin, end+1).

What’s more, check the condition, that worth ought to be detachable by 7 and ought not to be separable by 5 (model code: ((cnt%7==0) and (cnt%5!=0)) ).

On the off chance that condition is valid, print the numbers.

**Program:**

```
# Python program to calculate square of a number
# Method 2 (using number**2)
# input a number
number = int (raw_input ("Enter an integer number: "))
# calculate square
square = number**2
# print
print "Square of {0} is {1} ".format (number, square)
```

**Output**

```
Enter an integer number: 8
Square of 8 is 64
```

**Program:**

```
# Python program to calculate square of a number
# Method 3 (using math.pow () method)
# importing math library
import math
# input a number
number = int (raw_input ("Enter an integer number: "))
# calculate square
square = int(math.pow (number, 2))
# print
print "Square of {0} is {1} ".format (number, square)
```

**Output**

```
Enter an integer number: 8
Square of 8 is 64
```