Directions: The question or incomplete statement below is followed by four suggested answers or completions. Select the one that is best in each case. A student wrote the following code for a guessing game. Line 1: secretNumber RANDOM (1, 100) Line 2: win ← false Line 3: REPEAT UNTIL (win) Line 4: ( Line 5: DISPLAY ("Guess a number.") Line 6: guess INPUT ( ) Line 7: IF (guess = secretNumber) Line 8: ( Line 9: DISPLAY ("You got it right!") Line 10: } Line 11: Line 12: Line 13: ( ELSE IF (guess > secretNumber) Line 14: ( Line 15: DISPLAY ("Your guess is too high.") Line 16: } Line 17: ELSE Line 18: ( Line 19: DISPLAY ("Your guess is too low.") Line 20: } Line 21: } Line 22: } While debugging the code, the student realizes that the loop never terminates. The student plans to insert the instruction win true somewhere in the code. Where could win true be inserted so that the code segment works as intended? Between line 6 and line 7 Between line 9 and line 10 Between line 20 and 21 Between line 21 and 22
Directions: The question or incomplete statement below is followed by four suggested answers or completions. Select the one that is best in each case. A student wrote the following code for a guessing game. Line 1: secretNumber RANDOM (1, 100) Line 2: win ← false Line 3: REPEAT UNTIL (win) Line 4: ( Line 5: DISPLAY ("Guess a number.") Line 6: guess INPUT ( ) Line 7: IF (guess = secretNumber) Line 8: ( Line 9: DISPLAY ("You got it right!") Line 10: } Line 11: Line 12: Line 13: ( ELSE IF (guess > secretNumber) Line 14: ( Line 15: DISPLAY ("Your guess is too high.") Line 16: } Line 17: ELSE Line 18: ( Line 19: DISPLAY ("Your guess is too low.") Line 20: } Line 21: } Line 22: } While debugging the code, the student realizes that the loop never terminates. The student plans to insert the instruction win true somewhere in the code. Where could win true be inserted so that the code segment works as intended? Between line 6 and line 7 Between line 9 and line 10 Between line 20 and 21 Between line 21 and 22
C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter6: Modularity Using Functions
Section6.4: A Case Study: Rectangular To Polar Coordinate Conversion
Problem 7E: (Simulation) Write a program to simulate the roll of two dice. If the total of the two dice is 7 or...
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