Solve Question 36, 37 showing detailly all the steps with including all explanationsAnswer Should be typewritten using a computer keyboard! 33. Which of the following data structure can't storethe non-homogeneous data elements?A ArraysB RecordsC PointersĐStacks34. The memory Unit that communicates directly withthe CPU is called the_A Shared memoryB Direct memoryC Main memoryD Auxiliary memory35. Which of the following are primary storagedevices?A- Hard disk and RAMB Hard disk and Cache memoryC RAM and cache memoryD None of the above.case complexity of an algorithm definesthe minimum number of steps taken on anyinstance of input size nA Worstв ВestC AverageĐ. Maximum.36.el37. The complexity of an algorithm depends onandA Time and distant-B Time and spaceB l and 2€ 2 onlyD 3 only

case complexity of an algorithm defines the minimum number of steps taken on any instance of input size n A Worst в Вest C Average ĐMaximum. 36. 37. The complexity of an algorithm depends on and A Time and distant B Time and space B l and 2 € 2 only D 3 only

case complexity of an algorithm defines the minimum number of steps taken on any instance of input size n A Worst в Вest C Average ĐMaximum. 36. 37. The complexity of an algorithm depends on and A Time and distant B Time and space B l and 2 € 2 only D 3 only

Programming Logic & Design Comprehensive

9th Edition

ISBN:9781337669405

Author:FARRELL

Publisher:FARRELL

Chapter6: Arrays

Section: Chapter Questions

Problem 12PE

See similar textbooks

Related questions

Q: A decrease-and-conquer algorithm reduces its input size by a rate of 3 in every iteration (i.e.,…

Q: Given the following time-complexity functions, fi€ O(n³) f2 € 0( which algorithm is faster for large…

A: Please refer below for your reference: When considering both functions as O(n^3) and O(n^3 /10) when…

Q: An input number x is given. Present an optimal algorithm with time complexity O(log n) for EREW PRAM…

A: Paraller Random Access machine(PRAM) is a model, which is considered for most of the parallel…

Q: Suppose a list a1, az, ...,a, of integers is given as an input. a) Describe what Algorithm2(a1, a2,…

A: Here is the solution for the above program:

Q: Q 6. Derive the Time function T(N), best-case complexity and worst-case complexity (showing every…

A: ⦁ The above stated problem is a binary search algorithm.⦁ This algorithm searches for an element…

Q: For a problem we have come up with three algorithms: A, B, and C. Running time of Algorithm A is…

Q: Let us assume that we have two algorithms A and B. Algorithm A has run time given by (10n)2 and…

A: Algorithm A takes run time = (10n)2 = 102n2 =100n2 =O(n2) Algorithm B takes run time = (Sin2n +…

Q: Recall the notation from our discussion of the No Free Lunch Theorem and of Kolmogorov complexity.…

A: he No Free Lunch theorems prove that under a uniform distribution over induction problems (search…

Q: (i) The time complexity of an algorithm gives an indication of the amount of time the algorithm will…

A: Time complexity of an algorithm give an indication amount of time the algorithm will run completely.…

Q: 'Let positive integer n be given. Of the following randomized algorithm, what is the expected value…

A: - The given algorithm represented in terms of a code : import randomn = 10p = 0t = 0while p < n:…

Q: //Input: n,x and y are positive integers 1/Output: You need to trace the algorithm. S+0 for i 0…

A: Worst case is achieved when the condition that has most number of operations is executed again and…

Q: Illustrate the Boyer-Moore algorithm for searching the pattern P = ALGORITHMS in the given text T =…

Q: (i) The time complexity of an'algorithm gives an indication of the amount of time the algorithm will…

A: The time complexity of an algorithm signifies the total time required by the program to run till its…

Q: True or False? (a) If I prove that an algorithm takes O ( n 2 ) worst-case time, then it is possible…

A: Note : Answering the first three sub parts as per the guidelines. Task : Apply algorithm analysis…

Q: The time compleixty of an algorithm satisfies: T(n) = 4.T Prove (²) +0(n³) T(n) = O(n³)

A: Given questions are not interlinked. As per our guidelines only one question will be answered. So,…

Q: A. What is meant by search algorithm completeness? o if at least one solution exists o If'always…

A: Here the answer is a) option its means if at least one solution.

Q: Find the union of differences of two sets of numbers (A – B) U (B – A). Your algorithm's time…

A: Input : Two arrays of size n i.e. A[1....n] and B[1....n], each with distinct values. Output :…

Q: An algorithm A is admissible if (a) It is not guaranteed to return an optimal solution when one…

A: Question. An algorithm A is admissible if (a) It is not guaranteed to return an optimal solution…

Q: Big-Omega) If an algorithm with input size n has computational complexity Ω(n)

A: There are three notations for time complexity of algorithm:- Big -Oh Notation (O):- This is used…

Q: Let f (n) = 100n log3 n + n³ + 100n be the processing time spent by an algorithm for solving a…

A: The time complexity using little omega method

Q: Find the complexity of an algorithm that determines a COVID patient between n Normal people using…

A: I have given an answer in step 2.

Q: An algorithm to find a "solution" to a propositional formula with n variables works by assigning,…

A: According to the information given:- We have to choose the correct option to satisfy the statement.…

Q: There are n different sizes of boxes, from 1 to n. There is an unlimited supply of boxes of each…

A: Hi there, Please find your solution below, I hope you would find my solution useful and helpful.…

Q: (Big-O Analysis) Total number of comparisons in algorithm A is 2n² +n+1 and total number of…

A: Order of algorithm A is 2n^2+n+1=O(n^2) Order of algorithm B is 2nlog(n)+8n^2 =O(n^2) (a)n^2…

Q: Algorithm one has time complexity f, that is O(n°) and algorithm two has time complixity f2 that is…

A: The answer is given below.

Q: given - An algorithm takes 0.5ms for input size 100. How long will it take for input size 500…

A: If O(1) then 0.5ms. ( because does not depends on input size. ) here X factor is = new input size…

Q: Given two algorithms with growth rate functions f(N) = 1000N? and g(N) = N² + N, the algorithm with…

A: Given two algorithms with growth rate functions f(N) = 1000N2 and g(N) = N2 + N, the algorithm with…

Q: 2. (a) An algorithm has the following recurrent complexity. Solve the recurrence using repeated…

A: Given, The recurrence complexity, A(n) = p.n.A(n-1) A(0) = 1 p = probability value

Q: True or False: If we have two algorithms A1 and A2, and A1 takes time O(N) while A2 is O(N3), then…

A: Big-O notation, O(), gives the time an algorithm will take in worst case scenario and it is used as…

Q: 9. Let positive integer n be given. Of the following randomized algorithm, what is the expected…

A: The solution to the given question is: import random n = 10 p = 0 t = 0 while p < n: t = t +…

Q: Fermat's "Little" Theorem states that whenever n is prime and a is an integer, a^n−1≡1modn Then…

Q: Five algorithms have time complexities of the order of nn , logn, nlogn, n!, n4. Show them in…

A: so the order is as follows

Q: Algorithm having runtime of worst case O(k). Can it have runtime of o(k^2) on an input?

A: Defined the given complexity of the algorithm

Q: Calculate the running time of the following algorithm/program and find the big-oh order of…

A: Big-O complexity is a way to tell that how much time or space a program will take to run or execute…

Q: Given an array A[0 ...n – 1], where each element of the array represents a vote in the election.…

A: The algorithm for determining who wins the election is as follows: The first step of the algorithm…

Q: If the running time of an algorithm is computed as T(n) = 7n³ + 2n² – 2n + 1 prove that T(n) E 0(n³)…

A: Given: To prove the statement.

Q: The time complexity of an algorithm is given by the following recurrence relation is best described…

A: Introduction : Given , a recurrence relation .we have to find the time complexity.

Q: If I prove that an algorithm takes Θ(n2) worst-case time, is it possible that it takes O(n) on some…

A: Here have to determine about tir complexity related problem statement.

Q: Given the text T, consider the problem of counting the number of substrings in T that starts with A…

A: (a) ALGORITHM Bruteforce_algorithm (T[0___n-1]) // calculating the number of substrings in the given…

Q: 1- Analyze and find the worst case complexity of following algorithm: X=0 for ( int i = 1 ;i<=n;++i)…

A: The worst-case complexity computes the number of operations that an algorithm performs given an…

Q: input. What is its Big-Oh time complexity of the algorithm? Give the time complexity in terms of the…

A: Answer b. O(n^2)

Q: Algorithm A and B have a worst case running time of 09 and O(log n), respectively. Therefore,…

A: Ans. False

Q: Consider the following pseudocode for an algorithm called "Algorithm1", which reads procedure…

A: Lets see what happens when we run the example with input (10, 15, 25) as (a1, a2, a3 ) respectively,…

Q: Worst case is the worst case time complexity of Prim’s algorithm if adjacency matrix is used? a…

A: given: Worst case is the worst case time complexity of Prim’s algorithm if adjacency matrix is used?

Q: (a) Best-First Search (b) A* Algorithm 5 Q P R Y т U 8 3 W Figure-l: A Map The straight-line…

A: Answer:- (a). USING BEST FIRST SEARCH ALGORITHM :- According to this algorithm, we have to select a…

Q: The time complexity in terms of ________ case is an absolute guarantee that algorithm will not run…

A: I have provided solution in step2.

Q: Consider the following pseudocode for an algorithm called “Algorithm1", which reads procedure…

A: a) To understand what the algorithm does, it starts by setting . After the first iteration, it sets…

Question

Solve Question 36, 37 showing detailly all the steps with including all explanations

Answer Should be typewritten using a computer keyboard!

33. Which of the following data structure can't store
the non-homogeneous data elements?
A Arrays
B Records
C Pointers
ĐStacks
34. The memory Unit that communicates directly with
the CPU is called the_
A Shared memory
B Direct memory
C Main memory
D Auxiliary memory
35. Which of the following are primary storage
devices?
A- Hard disk and RAM
B Hard disk and Cache memory
C RAM and cache memory
D None of the above.
case complexity of an algorithm defines
the minimum number of steps taken on any
instance of input size n
A Worst
в Вest
C Average
Đ. Maximum.
36.
el
37. The complexity of an algorithm depends on
and
A Time and distant
-B Time and space
B l and 2
€ 2 only
D 3 only

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

(Data processing) A bank’s customer records are to be stored in a file and read into a set of arrays so that a customer’s record can be accessed randomly by account number. Create the file by entering five customer records, with each record consisting of an integer account number (starting with account number 1000), a first name (maximum of 10 characters), a last name (maximum of 15 characters), and a double-precision number for the account balance. After the file is created, write a C++ program that requests a user-input account number and displays the corresponding name and account balance from the file.
Question 1 Assume that arrX array is already defined and allocated in memory, its base address 0xabcd3000 and already stored in $a2 and its number of elements in $a3. Answer each of the next questions as required. arrX: .word 0x99,0x20,0x73,0x40,0x50,0x69, ... Please write question numbers and answer parts in this question in order. Q1) The fourth element of arrX is located at HEX address ___________ Q2) Write one MIPS instruction to copy into $t9 the value of the fourth element of arrX: ___________ Q3) Write one MIPS instruction to calculate $t0 = 32 * fourth element: __________ Q4) Write NO more than 3 MIPS instructions to decrement the fourth element of arrX: __________ Q5) Write no more than 6 instructions to calculate $v0= first element - last element in arrX.
Material Java/ C++/C- language Personal Computer. Instructions: C. Matrix Transpose 1. The transpose of an m x n matrix A is n x m matrix AT. 2. Formed by interchanging rows into columns and vice versa. 3. (A¹)kj = Aj,k 4. Let m input to enter the number of rows in the Matrix. 5. Let n input to enter the number of columns in the Matrix. 6. Display the transpose matrix 7. Save the file TRANSPM Questions: 1. What do you mean by an array? 2. Differentiate between for loop and while loop. 3. Define transpose of matrix? What will be the order of the matrix AT, if the order of the matrix A is 4 x 4.
Arrays are dynamic entities therefore their size changes throughout program execution. Select one: True OFalse
|A block of memory represented by an array can be passed by its-address.
An array is a collection of similar data elements stored at contiguous memory locations. It is the simplest data structure where each data element can be accessed directly by only using its index number. The following is an array of unsorted numbers called NumArr. NumArr: 24 56 78 79 34 75 2 23
A pointer that contains the address O is called a(n) ____ pointer .
Please help me in c++ program declare two characker arrays and takes thier input and add /0 at the end of both then store value of first char array in third array which terminates terminates array when reads /0 at end of first char array and start printing 2nd char array in same 3rd string and print /0 at the end of third string. Output: Enter first string: this is /0 Enter seond string: cat /0 third string: this is cat /0
Assume that arrX array is already defined and allocated in memory, its base address and its number of elements are already stored in $a2 and $a3 correspondingly. Answer each of the next questions as required. Questions are independent. arrx: . word 0x99,0x20,0x73,0x40,0x50,0x69, Please write question numbers and answer parts in this question in order. Q1) Write no more than 7 MIPS instructions to calculate $vo: if (arrX[2]>= arrX[20] ) $v0 = arrX[2]-arrX[20]; else $v0 = arrX[20]- arrX[2]; Q2) Write no more than 12 MIPS instructions that arranges in ascending order the neighboring elements in every pair of arrX. For example, if arrX={5,2,8,20,30,15,...,9,7}, then after executing your code arrX becomes {2,5,8,20,15,30,..,7,9}.
Computer Science A two-dimensional array of type int is defined in C using the same structure as a two-dimensional array in Java. If the dimensions are defined as 20 rows by 10 columns, what is the largest contiguous block of memory required by this array? Assume that the machine in question has an address size of 64-bits.
Match the following memory/pointer concepts and code structures: Leading asterisk, like *p pointer reference Trailing asterisk, like int* pointer variable data type Leading ampersand, like &a the thing pointed to by a poin v Trailing ampersand, like int& the memory location of a varia v Trailing star-ampersand, like int*& non-pointer reference
Material Java/ C++/C- language Personal Computer. Instructions: A. Matrix Addition C. Matrix Transpose 1. The transpose of an m x n matrix A is n x m matrix AT. 2. Formed by interchanging rows into columns and vice versa. 3. (A¹)kj = Ajk 4. Let m input to enter the number of rows in the Matrix. 5. Let n input to enter the number of columns in the Matrix. 6. Display the transpose matrix 7. Save the file TRANSPM Questions: 1. What do you mean by an array? 2. Differentiate between for loop and while loop. 3. Define transpose of matrix? What will be the order of the matrix AT, if the order of the matrix A is 4 x 4.