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one or both of them are strings.
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q The String class s charAt method returns a primitive char value from a specified int index value in relationship to the referenced string.
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representing the index of a character or string in relationship to the referenced string.
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the length of the referenced string.
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value representing the results of a test to see if the supplied prefix starts the referenced string.
q The String class s endsWith method returns a primitive boolean value
representing the results of a test to see if the supplied suffix ends the referenced string.
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3:
Programming with Java Operators and Strings
SElF TEST
Understanding Fundamental Operators
1. Given:
public class ArithmeticResultsOutput { public static void main (String[] args) { int i = 0; int j = 0; if (i++ == ++j) { System.out.println("True: i=" + i + ", j=" + j); } else { System.out.println("False: i=" + i + ", j=" + j); } } }
What will be printed to standard out A. True: i=0, j=1 B. True: i=1, j=1 C. False: i=0, j=1 D. False: i=1, j=1 2. Which set of operators represents the complete set of valid Java assignment operators
A. %=, &=, *=, $=, :=, /=, ^=, |=, +=, <<=, =, -=, >>=, >>>= B. %=, &=, *=, /=, ^=, |=, +=, <<=, <<<=, =, -=, >>=, >>>= C. %=, &=, *=, /=, ^=, |=, +=, <<=, =, -=, >>=, >>>= D. %=, &=, *=, $=, /=, ^=, |=, +=, <<=, <<<=, =, -=, >>=, >>>=
3. Given the following Java code segment, what will be printed, considering the usage of the modulus operators
System.out.print(49 % 26 % 5 % 1);
A. 23 B. 3 C. 1 D. 0
Self Test
4. Given:
public class BooleanResultsOutput { public static void main (String[] args) { boolean booleanValue1 = true; boolean booleanValue2 = false; System.out.print(!(booleanValue1 & !booleanValue2) + ", "); System.out.print(!(booleanValue1 | !booleanValue2)+ ", "); System.out.print(!(booleanValue1 ^ !booleanValue2)); } }
What will be printed, considering the usage of the logical Boolean operators A. false, false, true B. false, true, true C. true, false, true D. true, true, true 5. Given:
public class ArithmeticResultsOutput { public static void main (String[] args) int i1 = 100; int j1 = 200; if ((i1 == 99) & (--j1 == 199)) { System.out.print("Value1: " + (i1 + } else { System.out.print("Value2: " + (i1 + } int i2 = 100; int j2 = 200; if ((i2 == 99) && (--j2 == 199)) { System.out.print("Value1: " + (i2 + } else { System.out.print("Value2: " + (i2 + } int i3 = 100; int j3 = 200; if ((i3 == 100) | (--j3 == 200)) { System.out.print("Value1: " + (i3 + } else { System.out.print("Value2: " + (i3 + } int i4 = 100; int j4 = 200; if ((i4 == 100) || (--j4 == 200)) { System.out.print("Value1: " + (i4 + {
j1) + " "); j1) + " ");
j2) + " "); j2) + " ");
j3) + " "); j3) + " ");
j4) + " ");
3:
Programming with Java Operators and Strings
} else { System.out.print("Value2: " + (i4 + j4) + " "); }
What will be printed to standard out
A. Value2: 300 Value2: 300 Value1: 300 Value1: 300 B. Value2: 299 Value2: 300 Value1: 299 Value1: 300 C. Value1: 299 Value1: 300 Value2: 299 Value2: 300 D. Value1: 300 Value1: 299 Value2: 300 Value2: 299
6. Given the following code segment:
public void validatePrime() { long p = 17496; // 'prime number' candidate Double primeSquareRoot = Math.sqrt(p); boolean isPrime = true; for (long j = 2; j <= primeSquareRoot.longValue(); j++) { if (p % j == 0) { // Print divisors System.out.println(j + "x" + p / j); isPrime = false; } } System.out.println("Prime number: " + isPrime); }
Which of the following is true Hint: 17496 is not a prime number. A. The code will not compile due to a syntactical error somewhere in the code. B. he code will not compile since the expression (p % j == 0) should be written as T ((p % j) == 0). C. ivisors will be printed to standard out (for example, 2x8478, and so on), along with D Prime number: false as the final output. D. ivisors will be printed to standard out (for example, 2x8478, and so on), along with D Prime number: 0 as the final output.
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