"Integer" Example Sentences
1. The number 7 is an integer.
2. The solution must be an integer.
3. Perform integer division to find the quotient and remainder.
4. Casting a float to an integer truncates the decimal portion.
5. The modulus operator returns the remainder after integer division.
6. The least common multiple requires both numbers to be integers.
7. Round the float to the nearest integer value.
8. Add the two integers together.
9. Multiply the integers to find the product.
10. Divide the first integer by the second one.
11. Check if a number is an integer using a remainder check.
12. The absolute value of an integer is also an integer.
13. Compare the two integers to determine which is greater.
14. Initialize the integer variable before assigning a value.
15. The integer overflowed the allowed range.
16. The GCD algorithm requires integer inputs.
17. Test if a value is an integer type before using integer functions.
18. Increment the integer counter variable.
19. Declare integer variables using int data type.
20. Subtract the smaller integer from the larger one.
21. Find consecutive integers within a range.
22. Determine the next integer in the sequence.
23. Convert the float to an integer by truncating it.
24. Store integer values in an array.
25. Use integer arrays to represent coordinates.
26. Parse a string to retrieve an integer value.
27. The bitwise NOT operator operates on integers.
28. Apply a bitwise AND to the two integers.
29. Shift the integer bits to the left or right.
30. Check the sign of the integer.
31. Decrement the integer variable.
32. Constrain the integer within a minimum and maximum range.
33. Calculate the mean average of a set of integers.
34. Determine the median of a list of integers.
35. Find the mode of several integers.
36. Count the number of integers in a range.
37. Sum all the integers in an array.
38. Determine if two integers are relatively prime.
39. The LCM requires two integer arguments.
40. Identify perfect squares from a set of integers.
41. Determine if an integer is a power of 2.
42. Calculate factorials for small integer values.
43. Find the prime factors of a given integer.
44. Represent large integers with arrays.
45. Compare two large integers, array by array.
46. Implement integer overloading for a class.
47. Catch integer overflow and underflow errors.
48. Test for valid input within an integer range.
49. Use BCD to represent integers with decimal places.
50. Constrain input to integers within a minimum and maximum.
51. Handle integer division by zero appropriately.
52. Apply a ceiling or floor function to an integer.
53. Implement bit-level operations on integers.
54. Test if an integer is odd or even.
55. Count the number of ones in the binary form of an integer.
56. Find the greatest common divisor of two integers.
57. Compute the least common multiple of two integers.
58. Find the number of trailing zeros in n factorial.
59. Implement Arithmetic Right and Left shift on integers.
60. Convert a binary, octal, or hexadecimal integer to decimal.
Common Phases
1.
Integer number - A number that is not a fraction or decimal
2.
Integer variable - A variable that can only hold
integer values
3.
Integer division - Division that discards any fractional part of the quotient
4.
Integer overflow - When an arithmetic operation results in a value outside the range of
integers
5.
Integer underflow - When an operation results in a number too small to represent as an
integer
6.
Integer type - A data type that represents
integer numbers, e.g. int in C/C++
7.
Integer literal - An
integer value written directly in source code, e.g. 5 or -10
8.
Integer constant - A named
integer value that cannot change, e.g. const int age = 30;
9.
Integer array - An array where each element stores an
integer value
10. Positive
integer - An
integer greater than zero: 1, 2, 3, etc.