This flowchart represents an algorithm to divide three-digit numbers into hundreds, tens and units. The pre-defined function DIV gives the value of the result of integer division, for example Y = 9 DIV 4 gives the value Y = 2 The pre-defined function MOD gives the value of the remainder of integer division, for example R = 9 MOD 4 gives the value R = 1 [Flowchart showing START, Counter initialization (Counter ← 0), loop (Counter ← Counter + 1, IS Counter > 7? Yes/No), INPUT Number, validation for 3-digit number (IS Number < 100?, IS Number > 999?), calculations for Hundreds (Number DIV 100), Temp (Number MOD 100), Tens (Temp DIV 10), Units (Number MOD 10), OUTPUT results, STOP] Complete the trace table for the algorithm using this input data: Input data: 97, 876, 4320, 606, 9875, 42, 124 Trace Table Header: Counter | Number | Hundreds | Temp | Tens | Units | OUTPUT --------|--------|----------|------|------|-------|--------

1. This flowchart represents an algorithm to divide three-digit numbers into hundreds, tens and units. The pre-defined function DIV gives the value of the result of integer division, for example Y = 9 DIV 4 gives the value Y = 2 The pre-defined function MOD gives the value of the remainder of integer division, for example R = 9 MOD 4 gives the value R = 1 [Flowchart showing START, Counter initialization (Counter ← 0), loop (Counter ← Counter + 1, IS Counter > 7? Yes/No), INPUT Number, validation for 3-digit number (IS Number < 100?, IS Number > 999?), calculations for Hundreds (Number DIV 100), Temp (Number MOD 100), Tens (Temp DIV 10), Units (Number MOD 10), OUTPUT results, STOP] Complete the trace table for the algorithm using this input data: Input data: 97, 876, 4320, 606, 9875, 42, 124 Trace Table Header: Counter | Number | Hundreds | Temp | Tens | Units | OUTPUT --------|--------|----------|------|------|-------|--------[5]

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