Create a horizontal flow chart for the code bellow using the correct shaped boxes for each section.

#include #include #include

#define MAX_VALUES 10 // Maximum number of sensor voltage values to be entered #define CTV 1.8 // Current True Value of the sensor

int main() { double values[MAX_VALUES]; // Array to store sensor voltage values int num_values; // Number of sensor voltage values entered by user double v_min, v_max, v_ave, abs_acc, rel_acc, precision, sum, sd, diff; int i;

printf("Enter the number of sensor voltage values (up to %d): ", MAX_VALUES); if (scanf_s("%d", &num_values) != 1 || num_values MAX_VALUES) { printf("Invalid input. Exiting program. "); return 1; }

printf("Enter the sensor voltage values: "); for (i = 0; i

// Find the minimum and maximum sensor voltage values v_min = v_max = values[0]; for (i = 1; i v_max) { v_max = values[i]; } }

// Calculate the average sensor voltage value sum = 0.0; for (i = 0; i

// Calculate the absolute accuracy abs_acc = fmax(fabs(v_max - CTV), fabs(CTV - v_min));

// Calculate the relative accuracy diff = fabs(v_ave - CTV); rel_acc = (diff / CTV) * 100.0;

// Calculate the precision precision = fmax(fabs(v_ave - v_min), fabs(v_max - v_ave));

// Calculate the standard deviation sum = 0.0; for (i = 0; i

// Print the results printf("Results: "); printf("Absolute accuracy: %f V ", abs_acc); printf("Relative accuracy: %f %% ", rel_acc); printf("Precision: %f V ", precision); printf("Standard deviation: %f V ", sd);

return 0; }

Flowchart Start of program Input or output Instructions or actions Decision End of program