Verify that the program segment S: if x 0. Note: S is a conditional program segment. Therefore, you must prove two statements: Step 1: Prove: (T A (x 0) Step 2: Prove: TA¬(x

Verify that the program segment S:<br>if x < 0 then<br>X: = 0<br>is correct with respect to the initial assertion T and the final assertion x > 0. Note: S is a<br>conditional program segment. Therefore, you must prove two statements:<br>Step 1: Prove: (T A (x < 0)){s}(x > 0)<br>Step 2: Prove: TA¬(x < 0) –→ (x 2 0)<br>

Extracted text: Verify that the program segment S: if x < 0="" then="" x:="0" is="" correct="" with="" respect="" to="" the="" initial="" assertion="" t="" and="" the="" final="" assertion="" x=""> 0. Note: S is a conditional program segment. Therefore, you must prove two statements: Step 1: Prove: (T A (x < 0)){s}(x=""> 0) Step 2: Prove: TA¬(x < 0)="" –→="" (x="" 2="">

Jun 05, 2022

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Verify that the program segment S: if x 0. Note: S is a conditional program segment. Therefore, you must prove two statements: Step 1: Prove: (T A (x 0) Step 2: Prove: TA¬(x

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