11. String test = “Test A. Test B. Test C.”; 12. // insert code here 13. String[] result = test.split(regex); Which regular expression inserted at line 12 will correctly split test into “Test A,” “Test B,” and “Test C”?() A: String regex = “”; B: String regex = “ “; C: String regex = “.*“. D: String regex = “\\s” E: String regex = “\\.\\s*”; F: String regex = “\\w[ \.] +“;
11. String test = “Test A. Test B. Test C.”; 12. // insert code here 13. String[] result = test.split(regex); Which regular expression inserted at line 12 will correctly split test into “Test A,” “Test B,” and “Test C”?() A: String regex = “”; B: String regex = “ “; C: String regex = “.*“. D: String regex = “\\s” E: String regex = “\\.\\s*”; F: String regex = “\\w[ \.] +“;
11. String test = “Test A. Test B. Test C.”; 12. // insert code here 13. String[] result = test.split(regex); Which regular expression inserted at line 12 will correctly split test into “Test A,” “Test B,” and “Test C”?() A: String regex = “”; B: String regex = “ “; C: String regex = “.*“. D: String regex = “\\s” E: String regex = “\\.\\s*”; F: String regex = “\\w[ \.] +“;
11. String test = “Test A. Test B. Test C.”; 12. // insert code here 13. String[] result = test.split(regex); Which regular expression inserted at line 12 will correctly split test into “Test A,” “Test B,” and “Test C”?() A: String regex = “”; B: String regex = “ “; C: String regex = “.*“. D: String regex = “\\s” E: String regex = “\\.\\s*”; F: String regex = “\\w[ \.] +“;
Given: 11.String test = "This is a test"; 12.String[] tokens = test.split("\s"); 13.System.out.println(tokens.length); What is the result?() A: 0 B: 1 C: 4 D: Compilation fails.
Given: 11.String test = "This is a test"; 12.String[] tokens = test.split("\s"); 13.System.out.println(tokens.length); What is the result?() A: 0 B: 1 C: 4 D: Compilation fails.
11. String test = “This is a test”; 12. String[] tokens = test.split(”\s”); 13. System.out.println(tokens.length); What is the result?() A: 0 B: 1 C: 4 D: Compilation fails. E: An exception is thrown at runtime.
11. String test = “This is a test”; 12. String[] tokens = test.split(”\s”); 13. System.out.println(tokens.length); What is the result?() A: 0 B: 1 C: 4 D: Compilation fails. E: An exception is thrown at runtime.
11. String test = “This is a test”; 12. String[] tokens = test.split(”\s”); 13. System.out.println(tokens.length); What is the result?() A: 0 B: 1 C: 4 D: Compilation fails. E: An exception is thrown at runtime.
11. String test = “This is a test”; 12. String[] tokens = test.split(”\s”); 13. System.out.println(tokens.length); What is the result?() A: 0 B: 1 C: 4 D: Compilation fails. E: An exception is thrown at runtime.
Given: 11. String test = "This is a test"; 12. String[] tokens = test.split("\s"); 13. System.out.println(tokens.length); What is the result?() A: An exception is thrown at runtime. B: 1 C: 4 D: Compilation fails. E: 0
Given: 11. String test = "This is a test"; 12. String[] tokens = test.split("\s"); 13. System.out.println(tokens.length); What is the result?() A: An exception is thrown at runtime. B: 1 C: 4 D: Compilation fails. E: 0
Given: 11. String test = "This is a test"; 12. String[] tokens = test.split("\s"); 13. System.out.println(tokens.length); What is the result?() A: An exception is thrown at runtime. B: 1 C: 4 D: Compilation fails. E: 0
Given: 11. String test = "This is a test"; 12. String[] tokens = test.split("\s"); 13. System.out.println(tokens.length); What is the result?() A: An exception is thrown at runtime. B: 1 C: 4 D: Compilation fails. E: 0
下面哪个不是数组的方法 A: map() B: split() C: filter() D: test ()
下面哪个不是数组的方法 A: map() B: split() C: filter() D: test ()
Given: 11. String test = "This is a test"; 12. String[] tokens = test.split("/s"); 13. System.out.println(tokens.length); What is the result?() A: A An exception is thrown at runtime. B: B 1 C: C 4 D: D Compilation fails. E: E 0
Given: 11. String test = "This is a test"; 12. String[] tokens = test.split("/s"); 13. System.out.println(tokens.length); What is the result?() A: A An exception is thrown at runtime. B: B 1 C: C 4 D: D Compilation fails. E: E 0
In a one-tailed hypothesis test:? the rejection region is in only one of the tails of a distribution.|the rejection region is split between the tails of a distribution.|the area of the rejection region equals the p-value.|the area of the rejection region is twice the value of the p-value.
In a one-tailed hypothesis test:? the rejection region is in only one of the tails of a distribution.|the rejection region is split between the tails of a distribution.|the area of the rejection region equals the p-value.|the area of the rejection region is twice the value of the p-value.