What is the worst case for the naive string search algorithm?
a. All characters of the pattern P are present in text T
b. All characters of the pattern P and text T are the same
c. Pattern P is of size one
d. Text T is composed of pattern P concatenated N times
b. All characters of the pattern P and text T are the same
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Which of the following statements regarding the throw point of an exception is false?
a. It specifies the point at which the exception must be handled. b. It is the initial point at which the exception occurs. c. It is specified as the top row of the method-call stack at the time the exception occurred. d. All of the above statements are true.
The following function computes the sum of the first n? 1 integers. Show how this function satisfies the properties of a recursive function.
``` /** Computes the sum of the integers from 1 through n. @pre n > 0. @post None. @param n A positive integer @return The sum 1 + 2 + . . . + n. */ int sumUpTo(int n) { int sum = 0; if (n == 1) sum = 1; else// n > 1 sum = n + sumUpTo(n - 1); return sum; } // end sumUpTo ```
Modify the algorithm from the previous exercise so that it makes use of a rear reference. How does this affect the time complexity of this and the other operations?
What will be an ideal response?
Google ________ allows you to manage your events
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