Examples of the the word, st , in a Sentence Context

The word ( st ), is the 2231 most frequently used in English word vocabulary

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  1. 1) end; 11: begin t: t - 1; st : ORD ( st >= st + 1) end; 12: begin t: t - 1;, st ,: ORD ( st > st + 1) end; 13: begin t: t - 1; st : ORD ( st st + 1) end; end
  2. T: b - 1; p: st + 3; b: = st + 2; end; 1: st : = - st ; 2: begin t: t - 1; st :, st ,+ st + 1 end; 3: begin t: t - 1; st : st - st + 1 end; 4: begin t: t - 1; st : st
  3. T: t - 1; st : st - st + 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1; st :, st ,div st + 1 end; 6: st : = ORD (odd ( st ) ); 8: begin t: t - 1; st : ORD ( st =
  4. Sbase (l)+a: st ; written ( st ); t: t - 1 end; cal: begin st + 1: base (l);, st ,+ 2: b; st + 3: = p; b: t + 1; p: an end; int: t: = t + a; JMP: p: = a; PC:
  5. T: t - 1; st : ORD ( st < st + 1) end; 11: begin t: t - 1; st : ORD ( st >=, st ,+ 1) end; 12: begin t: t - 1; st : ORD ( st > st + 1) end; 13: begin t: t - 1;
  6. St) ); 8: begin t: t - 1; st : ORD ( st = st + 1) end; 9: begin t: t - 1;, st ,: ORD ( st <> st + 1) end; 10: begin t: t - 1; st : ORD ( st < st + 1) end; 11:
  7. 1) end; 10: begin t: t - 1; st : ORD ( st < st + 1) end; 11: begin t: t - 1;, st ,: ORD ( st >= st + 1) end; 12: begin t: t - 1; st : ORD ( st > st + 1) end; 13:
  8. 1; st : st - st + 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1; st : st div, st ,+ 1 end; 6: st : = ORD (odd ( st ) ); 8: begin t: t - 1; st : ORD ( st = st + 1
  9. T - 1; st : st div st + 1 end; 6: st : = ORD (odd ( st ) ); 8: begin t: t - 1;, st ,: ORD ( st = st + 1) end; 9: begin t: t - 1; st : ORD ( st <> st + 1) end; 10:
  10. Case f of lit: begin t: t + 1; st : an end; or: case an of 0: begin t: b - 1; p:, st ,+ 3; b: = st + 2; end; 1: st : = - st ; 2: begin t: t - 1; st : st + st + 1 end; 3:
  11. A end; STO: begins base (l)+a: st ; written ( st ); t: t - 1 end; cal: begin, st ,+ 1: base (l); st + 2: b; st + 3: = p; b: t + 1; p: an end; int: t: = t + a;
  12. T: t - 1; st : st - st + 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1;, st ,: st div st + 1 end; 6: st : = ORD (odd ( st ) ); 8: begin t: t - 1; st : ORD (
  13. 10: begin t: t - 1; st : ORD ( st < st + 1) end; 11: begin t: t - 1; st : ORD (, st ,>= st + 1) end; 12: begin t: t - 1; st : ORD ( st > st + 1) end; 13: begin t:
  14. 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1; st : st div st + 1 end; 6:, st ,: = ORD (odd ( st ) ); 8: begin t: t - 1; st : ORD ( st = st + 1) end; 9: begin
  15. St; written ( st ); t: t - 1 end; cal: begin st + 1: base (l); st + 2: b;, st ,+ 3: = p; b: t + 1; p: an end; int: t: = t + a; JMP: p: = a; PC: begin if st 0
  16. 9: begin t: t - 1; st : ORD ( st <> st + 1) end; 10: begin t: t - 1; st : ORD (, st ,< st + 1) end; 11: begin t: t - 1; st : ORD ( st >= st + 1) end; 12: begin t:
  17. 12: begin t: t - 1; st : ORD ( st > st + 1) end; 13: begin t: t - 1; st : ORD (, st ,← st + 1) end; end; LOD: begin t: t + 1; st : base (l) + an end; STO: begin
  18. 1: st : = - st ; 2: begin t: t - 1; st : st + st + 1 end; 3: begin t: t - 1; st :, st ,- st + 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1; st : st div st + 1
  19. Begin t: b - 1; p: st + 3; b: = st + 2; end; 1: st : = - st ; 2: begin t: t - 1;, st ,: st + st + 1 end; 3: begin t: t - 1; st : st - st + 1 end; 4: begin t: t - 1; st
  20. B - 1; p: st + 3; b: = st + 2; end; 1: st : = - st ; 2: begin t: t - 1; st : st +, st ,+ 1 end; 3: begin t: t - 1; st : st - st + 1 end; 4: begin t: t - 1; st : st 5:
  21. 8: begin t: t - 1; st : ORD ( st = st + 1) end; 9: begin t: t - 1; st : ORD (, st ,<> st + 1) end; 10: begin t: t - 1; st : ORD ( st < st + 1) end; 11: begin t:
  22. Begin t: t + 1; st : an end; or: case an of 0: begin t: b - 1; p: st + 3; b: =, st ,+ 2; end; 1: st : = - st ; 2: begin t: t - 1; st : st + st + 1 end; 3: begin t: t -
  23. U_H and u_K are infinitely close, i. e.: \, \math rm (u_H-u_K)= 0 where ", st ," is the st andard part function. Common Era (sometimes Current Era or
  24. B; st + 3: = p; b: t + 1; p: an end; int: t: = t + a; JMP: p: = a; PC: begin if, st ,0 then p: a; t: = t - 1 end until p = 0; written (' end pl/0' ); end;
  25. 0; s3: = 0; repeat i: code; p: p + 1; with I do case f of lit: begin t: t + 1;, st ,: an end; or: case an of 0: begin t: b - 1; p: st + 3; b: = st + 2; end; 1: st : =
  26. End; LOD: begin t: t + 1; st : base (l) + an end; STO: begins base (l)+a:, st ,; written ( st ); t: t - 1 end; cal: begin st + 1: base (l); st + 2: b; st + 3
  27. In Sofia. It was founded with an Act of the 15th National Assembly of 1, st ,March 1912 in Sofia Canada currently has one military-theme private
  28. Double consonant (e.g. ff, ss or TT),ck, tz or a consonant clu st er (e.g., st ,or ND),it is nearly always short (e.g. often). Double consonants are used
  29. T: t - 1; st : st 5: begin t: t - 1; st : st div st + 1 end; 6: st : = ORD (odd (, st ,)); 8: begin t: t - 1; st : ORD ( st = st + 1) end; 9: begin t: t - 1; st : ORD
  30. 11: begin t: t - 1; st : ORD ( st >= st + 1) end; 12: begin t: t - 1; st : ORD (, st ,> st + 1) end; 13: begin t: t - 1; st : ORD ( st st + 1) end; end; LOD:
  31. End; 1: st : = - st ; 2: begin t: t - 1; st : st + st + 1 end; 3: begin t: t - 1;, st ,: st - st + 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1; st : st div st +
  32. 1; st : an end; or: case an of 0: begin t: b - 1; p: st + 3; b: = st + 2; end; 1:, st ,: = - st ; 2: begin t: t - 1; st : st + st + 1 end; 3: begin t: t - 1; st : st - st
  33. 1) end; 9: begin t: t - 1; st : ORD ( st <> st + 1) end; 10: begin t: t - 1;, st ,: ORD ( st < st + 1) end; 11: begin t: t - 1; st : ORD ( st >= st + 1) end; 12:
  34. St + st + 1 end; 3: begin t: t - 1; st : st - st + 1 end; 4: begin t: t - 1; st :, st ,5: begin t: t - 1; st : st div st + 1 end; 6: st : = ORD (odd ( st ) ); 8: begin
  35. St div st + 1 end; 6: st : = ORD (odd ( st ) ); 8: begin t: t - 1; st : ORD (, st ,= st + 1) end; 9: begin t: t - 1; st : ORD ( st <> st + 1) end; 10: begin t: t
  36. T: t - 1; st : ORD ( st <> st + 1) end; 10: begin t: t - 1; st : ORD ( st <, st ,+ 1) end; 11: begin t: t - 1; st : ORD ( st >= st + 1) end; 12: begin t: t - 1
  37. St: = - st ; 2: begin t: t - 1; st : st + st + 1 end; 3: begin t: t - 1; st : st -, st ,+ 1 end; 4: begin t: t - 1; st : st 5: begin t: t - 1; st : st div st + 1 end; 6:
  38. In the identity, then every element of ST has a unique expression as a product, st ,with s in S and t in T. If S and T also permute, then ST is a group, and is
  39. T: t - 1; st : ORD ( st > st + 1) end; 13: begin t: t - 1; st : ORD ( st ←, st ,+ 1) end; end; LOD: begin t: t + 1; st : base (l) + an end; STO: begins base
  40. Some Organization, ou Some Organizational Unit L Locality, or in the US: c US, st ,CA, o Some Organization of Organizational Unit, L Locality, and CN Common Name.
  41. Begin t: t - 1; st : ORD ( st = st + 1) end; 9: begin t: t - 1; st : ORD ( st <>, st ,+ 1) end; 10: begin t: t - 1; st : ORD ( st < st + 1) end; 11: begin t: t - 1;
  42. Typed. The solution was to place commonly used letter-pairs (like" TH" or ", st ,") so that their type bars were not neighboring, avoiding jams. While it is
  43. It is always pronounced. A SS indicates that the preceding vowel is short., st ,and SP at the beginning of words of German origin are pronounced and
  44. 13: begin t: t - 1; st : ORD ( st st + 1) end; end; LOD: begin t: t + 1;, st ,: base (l) + an end; STO: begins base (l)+a: st ; written ( st ); t: t - 1 end
  45. St: st + st + 1 end; 3: begin t: t - 1; st : st - st + 1 end; 4: begin t: t - 1;, st ,: st 5: begin t: t - 1; st : st div st + 1 end; 6: st : = ORD (odd ( st ) ); 8:
  46. T: t - 1; st : ORD ( st >= st + 1) end; 12: begin t: t - 1; st : ORD ( st >, st ,+ 1) end; 13: begin t: t - 1; st : ORD ( st st + 1) end; end; LOD: begin t:
  47. Div st + 1 end; 6: st : = ORD (odd ( st ) ); 8: begin t: t - 1; st : ORD ( st =, st ,+ 1) end; 9: begin t: t - 1; st : ORD ( st <> st + 1) end; 10: begin t: t - 1;
  48. 1) end; 12: begin t: t - 1; st : ORD ( st > st + 1) end; 13: begin t: t - 1;, st ,: ORD ( st st + 1) end; end; LOD: begin t: t + 1; st : base (l) + an end;
  49. Century. File: Prada, Letná, pohled Na Pařížskou Alice. JPG|View of Paris, st , From Lena in Prague. File: Names Mir. JPG|Names Mir (Peace Square)
  50. Begin t: t + 1; st : base (l) + an end; STO: begins base (l)+a: st ; written (, st ,); t: t - 1 end; cal: begin st + 1: base (l); st + 2: b; st + 3: = p; b: t +

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