add new code PrimeChecker

PrimeChecker.py

@@ -0,0 +1,63 @@
+numb = False
+
+def primenumber(number):
+    for numbers in range(2, number):
+        if number % numbers != 0:
+            numb = True
+    if numb = False:
+        print("it is not a prime number")
+    else:
+        print("it is prime number")
+        # if numbers % 2 != 0 and numbers > 1  :
+        #
+        #     #if numbers % 5 != 0 and numbers % 7 != 0:
+        #     print(f"{numbers} is a prime number")
+        # # else:
+        # #     print(f"{numbers} is not a prime number")
+
+
+primenumber(number=n)
+
+# prime = []
+# notPrime = []
+#
+# number = int(input("Enter a number: "))
+# is_prime = True
+# for numbers in range(2, number):
+#     if number % numbers == 0:
+#
+#     #if number % numbers != 0:
+#         is_prime = False
+# if is_prime:
+#     print("This is a prime number")
+# else:
+#     print("This is not a prime")
+        # prime.append(numbers)
+        #prime += numbers
+        #print(f"{number} it's a prime number")
+    # elif number % numbers == 0:
+    #     #notPrime.append(numbers)
+    #     #print(f"{number} it is not a prime")
+# else:
+#     print("it is not a prime")
+
+# print(f"prime are {prime}")
+# print(f"not prime are {notPrime}")
+
+# q = []
+# kl = []
+#
+# for m in range(2, number):
+#     if m not in prime:
+#         q.append(m)
+#
+# for m in range(2, number):
+#     if m not in notPrime:
+#         q.append(m)
+#
+# for bic in range(2, number):
+#     if bic not in q:
+#         kl.append(bic)
+#
+# print(q)
+# print(kl)