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START DECLARE num AS integer array of size 10 DECLARE count AS integer FOR count ← 1 TO 10 num[count] ← count * 2 ENDFOR STOP Trace table headed as follows: countnum 12345678910
![START DECLARE num AS integer array of size 10 DECLARE count AS integer FOR count ← 1 TO 10 num[count] ← count * 2 ENDFOR STOP Trace table headed as follows: countnum](http://images.slideplayer.com./20/5940112/slides/slide_2.jpg "START DECLARE num AS integer array of size 10 DECLARE count AS integer FOR count ← 1 TO 10 num[count] ← count * 2 ENDFOR STOP Trace table headed as follows: countnum")
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countnum 12345678910 12 224 3246 42468 52468 62468 12 72468101214 8246810121416 924681012141618 102468 1214161820
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START DECLARE num1, num2 AS integer array of size 5 DECLARE count AS integer FOR count ← 1 TO 5 num1[count] ← count num2[count] ← num1[count] * num1[count] ENDFOR STOP
![START DECLARE num1, num2 AS integer array of size 5 DECLARE count AS integer FOR count ← 1 TO 5 num1[count] ← count num2[count] ← num1[count] * num1[count] ENDFOR STOP](http://images.slideplayer.com./20/5940112/slides/slide_4.jpg "START DECLARE num1, num2 AS integer array of size 5 DECLARE count AS integer FOR count ← 1 TO 5 num1[count] ← count num2[count] ← num1[count] * num1[count] ENDFOR STOP")
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countnum1num2 1234512345
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countnum1num2 1234512345 111 21214 3123149 4123414916 512345149 25
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START DECLARE num1, num2, ans AS integer array of size 4 DECLARE count AS integer FOR count ← 1 TO 4 num1[count] ← count num2[count] ← count + count ans [count] ← num1[count] + num2[count] ENDFOR STOP
![START DECLARE num1, num2, ans AS integer array of size 4 DECLARE count AS integer FOR count ← 1 TO 4 num1[count] ← count num2[count] ← count + count ans [count] ← num1[count] + num2[count] ENDFOR STOP](http://images.slideplayer.com./20/5940112/slides/slide_7.jpg "START DECLARE num1, num2, ans AS integer array of size 4 DECLARE count AS integer FOR count ← 1 TO 4 num1[count] ← count num2[count] ← count + count ans [count] ← num1[count] + num2[count] ENDFOR STOP")
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countnum1num2ans 123412341234 1123 2122436 3123246369 41234246836912
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START DECLARE SIZE AS constant integer with value 7 DECLARE num1 AS integer array of size SIZE DECLARE count AS integer FOR count ← 1 TO SIZE IF count MOD 2 == 0 THEN num1[count] ← count * 2 ELSE num1[count] ← count * 3 ENDIF ENDFOR STOP
![START DECLARE SIZE AS constant integer with value 7 DECLARE num1 AS integer array of size SIZE DECLARE count AS integer FOR count ← 1 TO SIZE IF count MOD 2 == 0 THEN num1[count] ← count * 2 ELSE num1[count] ← count * 3 ENDIF ENDFOR STOP](http://images.slideplayer.com./20/5940112/slides/slide_9.jpg "START DECLARE SIZE AS constant integer with value 7 DECLARE num1 AS integer array of size SIZE DECLARE count AS integer FOR count ← 1 TO SIZE IF count MOD 2 == 0 THEN num1[count] ← count * 2 ELSE num1[count] ← count * 3 ENDIF ENDFOR STOP")
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SIZEcountnum 1234567 713 7234 73349 743498 75349815 763498 12 773498151221
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START DECLARE SIZE AS constant integer with value 4 DECLARE cost AS integer array of size SIZE DECLARE discount AS real array of size SIZE DECLARE count AS integer FOR count ← 1 TO SIZE discount[count] = cost[count] * (10/100) ENDFOR STOP Cost will have the values --- 12, 5, 10, and 60
![START DECLARE SIZE AS constant integer with value 4 DECLARE cost AS integer array of size SIZE DECLARE discount AS real array of size SIZE DECLARE count AS integer FOR count ← 1 TO SIZE discount[count] = cost[count] * (10/100) ENDFOR STOP Cost will have the values , 5, 10, and 60](http://images.slideplayer.com./20/5940112/slides/slide_11.jpg "START DECLARE SIZE AS constant integer with value 4 DECLARE cost AS integer array of size SIZE DECLARE discount AS real array of size SIZE DECLARE count AS integer FOR count ← 1 TO SIZE discount[count] = cost[count] * (10/100) ENDFOR STOP Cost will have the values , 5, 10, and 60")
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Someone writes answer on the board.
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