Examples of the the word, st , in a Sentence Context
The word ( st ), is the 2231 most frequently used in English word vocabulary
Mastering contextual understanding of words and phrases is a vital skill for effective communication and English learning. Enhance your proficiency by practicing with our handpicked collection of 50 English phrases.
At the end of the list you can practice your english pronunciation
- 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
- 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
- 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 =
- 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:
- 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;
- 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:
- 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:
- 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
- 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:
- 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:
- 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;
- 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 (
- 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:
- 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
- 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
- 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:
- 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
- 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
- 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
- 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:
- 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:
- 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 -
- 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
- 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;
- 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 : =
- 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
- 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
- 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
- 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
- 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:
- 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 +
- 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
- 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:
- 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
- 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
- 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
- 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:
- 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
- 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
- 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.
- 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;
- 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
- 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
- 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
- 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:
- 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:
- 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;
- 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;
- 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)
- 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 +
Now it is your turn - use the english voice checker
Take control of your English pronunciation with our Voice Checker tool. It's your turn to sound confident and fluent!
Your voice recordings list
To download your recording the the download link above the audio player
Search for other english pronunciations examples
Our data base is updated daily, click here to check out all sentences
Free Text to Speech Tool: Convert Text to Audio Online
Now that you have trained speaking all the phrases you can use our tool to improve your english speaking skills. You have the option of using four different synthesized english voices: Microsoft Mark - English (United States), Microsoft Zira - English (United States), Microsoft David - English (United States), Google US English, Google UK English Female, Google UK English Male
Note that it may take some seconds for your to be able to hear the voice