1. When you compile your program, the compiler identifies the logic errors and suggests how to correct them. 2. In the c

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1 When You Compile Your Program The Compiler Identifies The Logic Errors And Suggests How To Correct Them 2 In The C 1 (214.76 KiB) Viewed 90 times

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1. When you compile your program, the compiler identifies the logic errors and suggests how to correct them. 2. In the case of the sentinel-controlled while loop, the first item is read before the while loop is entered. 3. The following function heading in a C++ program is valid: int funcExp(int u, char v, float g) 4. When you compile your program, the compiler identifies the logic errors and suggests how to correct them. 5. To develop a program to solve a problem, you start by analyzing the problem. 6. C++ programs have always been portable from one compiler to another. 7. An operator that has only one operand is called a unique operator. 8. If a C++ arithmetic expression has no parentheses, operators are evaluated from left to right. 9. A mixed arithmetic expression contains all operands of the same type. 10. The number of input data extracted by cin and >> depends on the number of variables appearing in the cin statement. 11. The extraction operator >> skips only all leading blanks when searching for the next data in the input stream. 12. When reading data into a char variable, after skipping any leading whitespace characters, the extraction operator >> finds and stores only the next character, reading stops after a single character. 13. The expression (x >= 0 && x <= 100) evaluates to false if either x <0 or x >= 100. 14. Suppose P and Q are logical expressions. The logical expression P && Q is true if both P and Q are true. Degree and Diploma Examinations: May/June 2022 CSP15M1/CSI11M2: Introduction to Problem Solving Using C++ Final Examination Page 7 of 10 Page 6 of 10 15. Assume all variables are properly declared. The output of the following C++ code is 2 3 4 5. n = 1; while (n < 5) { n++; cout << n << ""; } 16. The data type of a variable in a return statement must match the function type. 17. The execution of a return statement in a user-defined function terminates the program. 18. If an array index goes out of bounds, the program always terminates in an error. 19. Arrays can be passed as parameters to a function by value, but it is faster to pass them by reference. 20. When you pass an array as a parameter, the base address of the actual array is passed to the formal parameter.