Usar "integer" en una oración
integer oraciones de ejemplo
integer
1. “A large but still a finite number, it fits easily in a sixty four bit integer
2. vi) return 0; :- Because function main() returns an integer value, there must be a statement that
3. The integer expression following the keyword switch is any C expression that will yield an integer value
4. could be an integer constant like 1, 2 or 3, or an expression that evaluates to an integer
5. followed by an integer or a character constant
6. the above function reads the integer value for num variable and stores at the respective address of that
7. This declares the array „var" containing 10 different integer elements
8. We can store 10 integer constants in
9. here, n is an integer variable, which receives value of length of the string
10. create an object is no different than the syntax used to create an integer object in C
11. ‘\’ is a symbol of integer division
12. string value but it always returns integer type
13. Sometimes, you need to convert a string to integer, then you can use the
14. Int(number) returns the largest integer that is either less than or equal to number
15. 56) returns 12 (12 is the largest integer that is less than 12
16. 55) returns -41 (-41 is the largest integer that is less than -40
17. CINT(number) rounds off the integer number
18. one can select division by any integer less than 10
19. that to arrive at the value, you have to multiply that number by each subsequent lower integer value
20. as a nine-digit integer and whatever is entered to the right of the literal
21. Zero is certainly an integer but not a valid account number
22. In our programs we don’t need to specify leading zeroes if fields are defined integer or decimal
23. Note that this would not be the case if we had defined the variable as an integer since the leading zero would have been assumed
24. is defined integer, with no provision for the sign
25. Note that that variable is not defined but based on the size of the table it will be an appropriately sized integer
26. We then convert this string to an integer using int and then store it in the variable guess
27. Actually, the int is a class but all you need to know right now is that you can use it to convert a string to an integer (assuming the string contains a valid integer in the text)
28. When you use a variable i and assign a value to it, say integer 5 to it, you can think of it as creating an object (instance) i of class (type) int
29. The IF-ELSE statement uses both integer as well as floating type values whereas the SWITCH statement only accepts integer values
30. other than integer values
31. Next, we use the CodeIgniter function days_in_month(); passing it $month and $year it will return the number of days in the month as an integer
32. Existing integer registers are extended as are all related data pathways but in common with the IA32 designs both floating point and vector units had been operating at or above 64 bits for several years
33. produce the interval between the numbers; it may be an integer or it may be continuous,
34. F (n) is W(g(n)) if there is a constant c > 0 and an integer constant n0>=1 such that f(n)>= c• g(n) for n>= n0
35. f(n) is Q(g(n)) if there are constants c’ > 0 and c’’ > 0 and an integer constant n0>1 such that c’• g(n)<= f(n)<= c’’• g(n) for n>= n0
36. F (n) is o (g(n)) if, for any constant c > 0, there is an integer constant n0> 0 such that f(n) < c• g(n) for n>= n0
37. f(n) is w(g(n)) if, for any constant c > 0, there is an integer constant n0> 0 such that f(n) > c• g(n) for n>= n0
38. F (n) is W(g(n)) if there is a constant c > 0 and an integer constant n0>=1 such that f(n)>= c• g(n) for n>= n0 let c = 5 and n0= 1
39. f(n) is W(g(n)) if there is a constant c > 0 and an integer constant n0>=1 such that f(n) >=c• g(n) for n>= n0 let c = 1 and n0= 1
40. F (n) is w (g(n)) if, for any constant c > 0, there is an integer constant n0> 0 such that f(n) > c• g(n) for n >=n0 need 5n02> c•n0given c, the n0that satisfies this is n0> c/5 > 0
41. Assign i to time slot [r-1, r], where r is the largest integer such that 1 £ r £ di and [r-1, r] is free
42. Rounds a number (away from zero) to the nearest integer or to the nearest multiple of significance
43. Rounds a number away from zero to the nearest even integer
44. Rounds a number down towards 0 to the nearest integer or to the nearest multiple of significance
45. Rounds a number away from 0 to the nearest integer
46. deathless soul, when his mortal integer was broken up; - not a word is uttered in the divine comment on the curse, of
47. his mortal integer was broken up; - not a word is uttered in the divine
48. possession of a deathless soul, when his mortal integer was broken up; - not a word is uttered in the
49. Edward White: "No word is said either before the fall, or on the approach of the Judge, or afterwards, of Adam's possession of a deathless soul, when his mortal integer was broken up;—not a word is uttered in the divine comment on the curse, of an eternity of misery to be endured by the soul after dissolution of the Man
50. No word is said either before the fall, or on the approach of the Judge, or, of Adam’s possession of a deathless soul, when his mortal integer was broken up;—not a word is uttered in the divine comment on that curse, of an eternity of misery to be endured by the soul after the dissolution of the Man