Starter Code (Copy the entire block below) #include #includ…

Starter Code (Copy the entire block below) #include #include using namespace std; /* ====================================================== STUDENT FUNCTION PROTOTYPES (DO NOT MODIFY) ====================================================== */ int getCountPassingScores(int nums[], int size); void removeLowestScore(int nums[], int &size); double getCalcAverage(int nums[], int size); char getLetterGrade(double average); /* ====================================================== PROVIDED WRAPPER FUNCTIONS (DO NOT MODIFY) ====================================================== */ void printScores(string label, int nums[], int size); void printNumPassingScores(int nums[], int size); void printAverageScores(string label, int nums[], int size); /* ====================================================== MAIN (DO NOT MODIFY) ====================================================== */ int main() { int dataset1[100] = {85, 70, 90, 60, 55, 100, 55}; int size1 = 7; int dataset2[100] = {88, 92, 84, 78, 59, 100, 81, 85}; int size2 = 8; /* ====================================================== DATASET 1 PROCESSING ====================================================== */ printScores(“Dataset 1 Scores”, dataset1, size1); printNumPassingScores(dataset1, size1); printAverageScores(“Original Average”, dataset1, size1); removeLowestScore(dataset1, size1); //Student function printScores(“After Removing Lowest Score – Dataset 1”, dataset1, size1); printAverageScores(“New Average”, dataset1, size1); /* ====================================================== DATASET 2 PROCESSING ====================================================== */ printScores(“Dataset 2 Scores”, dataset2, size2); printNumPassingScores(dataset2, size2); printAverageScores(“Original Average”, dataset2, size2); removeLowestScore(dataset2, size2); //Student function printScores(“After Removing Lowest Score – Dataset 2”, dataset2, size2); printAverageScores(“New Average”, dataset2, size2); return 0; } /* ====================================================== STUDENT FUNCTION IMPLEMENTATIONS — START ====================================================== */ // *** WRITE YOUR FUNCTIONS BELOW THIS LINE *** // *** DO NOT MODIFY ANY CODE BELOW THIS LINE *** /* ====================================================== STUDENT FUNCTION IMPLEMENTATIONS — END ====================================================== */ /* ====================================================== PROVIDED OUTPUT FUNCTIONS (DO NOT MODIFY) ====================================================== */ void printScores(string label, int nums[], int size) { cout

A clinical microbiology lab receives  urine sample from 4 pa…

A clinical microbiology lab receives  urine sample from 4 patients with symptoms of a urinary tract infection. The organisms isolated are identified as different strains of Escherichia coli. To determine the best treatment, the lab performs a Kirby–Bauer disk diffusion test on Mueller–Hinton agar Q6 For E.coli, they should have tested penicillin since it would likely have the biggest zone of inhibition

A regional clinic is screening patients for Lyme disease usi…

A regional clinic is screening patients for Lyme disease using an indirect ELISA that detects antibodies against Borrelia burgdorferi. Microtiter wells are coated with purified Borrelia antigens. After adding patient serum and washing, an enzyme‑linked anti‑human IgG secondary antibody is added, followed by substrate. Three patient samples are tested: Patient 1: Strong color change Patient 2: No color change Patient 3: Strong color change The positive control shows strong color. The negative control remains completely clear. All incubation and wash steps were performed according to protocol Q1. The amount of color produced in an indirect ELISA depends on how much enzyme‑linked secondary antibody remains bound after the final wash step. 

  Antibiotic   Patient A   Patient B   Patient  C  …

  Antibiotic   Patient A   Patient B   Patient  C   Patient D Ampicillin 34mm 23mm 0 mm 29mm Ciprofloxacin 31mm 22 mm 0 mm 28 mm Gentamicin 12mm 5 mm 0 mm 0 mm Tetracycline 0 mm 0 mm 0 mm 0 mm Bactrim 17 mm 0 mm   0 mm 20 mm A clinical microbiology lab receives  urine sample from 4 patients with symptoms of a urinary tract infection. The organisms isolated are identified as different strains of Escherichia coli. To determine the best treatment, the lab performs a Kirby–Bauer disk diffusion test on Mueller–Hinton agar  Q1 Which patient has NO CHOICES for antibiotic therapy