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Problem 14 Write a program to add two vectors. Define void Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1,V2 to 7. Return the result as a pointer to array as double* Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1, V2 to 7. #include #include int m=99; double V1[7],V2[7]; double Sum_Vectors(double V1[7], double V2[7], int m); void Print Vector(double V[7], char message[20], int m); void input_VIV2(); void wait(); int main() double result input_VIV20; result-Sum_Vectors(V1, V2,m); Print Vector(result,"the result\n",m); wait(): } double* Sum_Vectors(double V1[7], double V2[7], int m) {int i; double static result[7]://the way to return the array

Problem 14 Write a program to add two vectors. Define void Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1,V2 to 7. Return the result as a pointer to array as double* Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1, V2 to 7. #include #include int m=99; double V1[7],V2[7]; double Sum_Vectors(double V1[7], double V2[7], int m); void Print Vector(double V[7], char message[20], int m); void input_VIV2(); void wait(); int main() double result input_VIV20; result-Sum_Vectors(V1, V2,m); Print Vector(result,"the result\n",m); wait(): } double* Sum_Vectors(double V1[7], double V2[7], int m) {int i; double static result[7]://the way to return the array

Database System Concepts
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
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Problem 14 Write a program to add two vectors. Define void Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1,V2 to 7. Return the result as a pointer to array as double* Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1, V2 to 7. #include <stdio.h> #include <math.h> int m=99; double V1[7],V2[7]; double Sum_Vectors(double V1[7], double V2[7], int m); void Print Vector(double V[7], char message[20], int m); void input_V1V2(0); void wait(); int main() double result; input_VIV20; result-Sum_Vectors(V1, V2,m); Print Vector(result,"the result\n",m); wait(): double* Sum_Vectors(double V1[7], double V2[7], int m) {int i; double static result[7]://the way to return the array for (i=0;i<=m-1;i++) result[i]=V1[i]+V2[i]; return result; } void Print Vector(double V[7], char message[20], int m) void input_VIV20)
Transcribed Image Text:Problem 14 Write a program to add two vectors. Define void Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1,V2 to 7. Return the result as a pointer to array as double* Add_Vectors(double V1[7], double V2[7], int m). Limit the number of the elements m in V1, V2 to 7. #include <stdio.h> #include <math.h> int m=99; double V1[7],V2[7]; double Sum_Vectors(double V1[7], double V2[7], int m); void Print Vector(double V[7], char message[20], int m); void input_V1V2(0); void wait(); int main() double result; input_VIV20; result-Sum_Vectors(V1, V2,m); Print Vector(result,"the result\n",m); wait(): double* Sum_Vectors(double V1[7], double V2[7], int m) {int i; double static result[7]://the way to return the array for (i=0;i<=m-1;i++) result[i]=V1[i]+V2[i]; return result; } void Print Vector(double V[7], char message[20], int m) void input_VIV20)
void wait() {int c; printf("\n press 0 to quit\n"); scanf("%d",&c); } DICG 2022 LabsLab problem 14 problem static\bin\Debugi problem_14_static.eve size of the vectors V1 and V2 m->2 input the first vector V1 input V1[0]->1 input V1[1]->2 input the second vector V2 input V2 [0]->3 input V2[1]->4 the result 4.000 6.000 press e to quit
Transcribed Image Text:void wait() {int c; printf("\n press 0 to quit\n"); scanf("%d",&c); } DICG 2022 LabsLab problem 14 problem static\bin\Debugi problem_14_static.eve size of the vectors V1 and V2 m->2 input the first vector V1 input V1[0]->1 input V1[1]->2 input the second vector V2 input V2 [0]->3 input V2[1]->4 the result 4.000 6.000 press e to quit
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