Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. For 1=1 To 6 - For J = 1 To 3 1-............. 2-......... 3-....... 4-......... 1-If N(I, J) < 0 Then 2-Print I; (","); J; 3-Next J, 14-End If 1-If N(I, J) < 0 Then 2-End If 3- Next J, 14- Print I; (",); J; 1-If N(I, J) < 0 Then 2-Print I; (","); J; 3-End If 4-Next J, I 1-If N(J, I) > 0 Then 2-Print I; (",); J; 3-End If 4-Next J, I

Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. For 1=1 To 6 - For J = 1 To 3 1-............. 2-......... 3-....... 4-......... 1-If N(I, J) < 0 Then 2-Print I; (","); J; 3-Next J, 14-End If 1-If N(I, J) < 0 Then 2-End If 3- Next J, 14- Print I; (",); J; 1-If N(I, J) < 0 Then 2-Print I; (","); J; 3-End If 4-Next J, I 1-If N(J, I) > 0 Then 2-Print I; (",); J; 3-End If 4-Next J, I

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. For I = 1 To 6 For J = 1 To 3 1-....... 2-...... 3-....... 4-...... 1-If N(I, J) 0 Then 2-Print I; (","); J; 3- End If 4-Next J, I 1-If N(I,J) < 0 Then 2-End If 3- Next J, I 4-Print I; (","); J;
Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. For I 1 To 6 For J= 1 To 3 1-...... 2-....... 3-..... 4-.... 1-If N(I, J) 0 Then 2-Print I; (",); J; 3-End If 4-Next J, I 1-If N(I, J) < 0 Then 2-End If 3- Next J, I 4- Print I; (","); J; O O O O O
• ٪۲۲ 3G Asiacell ... Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. A For I = 1 To 6 For J=1 To 3 1-........... 2-.......... 3-...... 4-. 1-If N(I, J) 0 Then 2-Print I; (","); J; 3-End If 4-Next J, I 1-If N(I, J)
Suppose N is a (6x3) matrix array. This 5 points program segment print the locations of the negative elements. For I 1 To 6 For J = 1 To 3 1-....... 2-.... 3-...... 4-.. O O O O O 1-If N(I, J) 0 Then 2-Print I; (",); J; 3-End If 4-Next J, I 1-If N(I, J) < 0 Then 2-End If 3- Next J, I 4- Print I; (","); J;
Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. For I 1 To 6 For J=1 To 3 1-....... 2-...... 3-..... 4-.... 1-If N(I, J) 0 Then 2-Print I; (";"); J; 3-End If 4- Next J, I 1-If N(I, J) < 0 Then 2-Print I; (",); J; 3-End If 4- Next I, J O O
Suppose N is a (6x3) matrix array. This program segment print the locations of the negative elements. For I=1 To 6 For J = 1 To 3 1-..... 2-.... 3-.... 4-..... 1-If N(I, J) 0 Then 2-Print I; (","); J; 3-End If 4- Next J, I O O O
This code segment determine an average of even elements of Array T(50). s=0:c=0 For I = 1 To 50 1-..... 2-..... 3-........ 4-... 5-..... 6-........ 1-If T(1) mod 2=0 then 2-s = s + T(1) 3- c=c+1 4-A = s/ 50 5-End if 6-Next 1-If T(1) mod 2=0 then 2-s = s + T(1) 3- c=c+1 4-Next 5-End if 6-A = S/C 1-If T(1) mod 2=0 then 2-s = s + T(1) 3- c=c+1 4-End if 5-Next 6-A = s / 50 1-If T(1) mod 2=0 then 2-s = s + T(1) 3- c=c+1 4-End if 5-Next 6-A = s/c III
Given an 8-element array: A = {x1, X2, X3, X4, X5, X6, 7, x8}, we would like to find its 3rd smallest element. It is known that x₁ and 8 are the two extreme elements: max and min, but we do not know which one is the max and which one is the min. It is also known that x4 and x5 are the two medians: left-median and right-median. What is the minimum number of comparisons you need to find the 3rd smallest element of the original array? Ans:
The number of poles lying on right side of S-Plane for the following R-H array are= S5 1 b a S4 -3 f S3 -12 s? 6 f so -4 4 3. 2.
This code segment determine an average of even elements of Array T(50). s=0:c=0 For I=1 To 50 1-........ 2-......... 3-........ 4-....... 5-......... 6-......... O 1-If T(I) mod 2-0 then 2-s = s + T(1) 3-c=c+1 4-End if 5-Next 6-A = s / 50 O 1-If T(I) mod 2=0 then 2-s = s + T(1) 3-c=c+1 4-End if 5-Next 6-A = s/c O 1-If T(1) mod 2=0 then 2-s = s + T(1) 3-c=c+1 4-Next 5-End if 6-A = s / c 1-If T(1) mod 2=0 then 2-s = s + T(1) 3-c=c+1 4-A = s/ 50 5-End if 6-Next
Suppose B is a one dimension array with (20) elements. This code sorts B so that its elements are decreasing. For I 1 To 19 1-........... 2-...... D=B(1) B(1)=B(J) B(J)=D 3-....... 4-.... 8 1-For J = 1+1 To 20 2-lf B(J) > B(1) Then 3-Endlf 4-Next I, J 1-For J = 1+1 To 20 2-lf B(J) B(1) Then 3- Endlf 4-Next J, I 1-For J = 1+1 To 20 2-lf B(J) > B(1) Then 3-Next J, I 4-Endlf 1-For J = 1+1 To 20 2-lf B(J) > B(1) Then 3-Endlf 4-Next J, I
Use Java programming language Given a 2-D array, print all flag numbers in the array in any order. A flag number is an element of the array such that it is the minimum element in its row and maximum in its column. Example 1: Input: matrix = [[3,7,8],[9,11,13],[15,16,17]] Output: [15] Explanation: 15 is the only flag number since it is the minimum in its row and the maximum in its column.