For computational Parts II and III, please download the question for Part II and III here. BANA7046_Exam_005_25S2_PartII.docx Please save all your answers in a WORD file with the file name “Exam_BANA7046_005_Last Name_M#.docx”, where M# is your actual M# as the seed. For all computational parts with an R symbol, we will grade your R codes directly. You do NOT need to copy your code lines to the question. Please add comment ###II, a### for example, to help us to grade.

What is a major advantage of Ajax?

Match the Enlightenment Thinkers with their ideas/descriptions. 

When receptor tyrosine kinases (RTKs) are activated, which types of effector protein domains bind to the phosphorylated tyrosines?”

When a ligand binds to a GPCR at the plasma membrane and activates G-protein, it triggers a signaling pathway that releases Ca2+ into the cytosol. What is the effector molecule that initiates and catalyzes the splitting reaction at the plasma membrane?

Match each cell organelle with its correct function. (Select only one function per organelle)

Suppose that the government spending multiplier is 2.5, and the tax multiplier is -3.0. Real GDP is currently $23.5 trillion. Potential GDP is $25.0 trillion. If the government wishes to eliminate the existing output gap it could ____.

Which of the following services is provided by the Internet Protocol (IP)?

The PennVet working dog center manages a Binary Search Tree to monitor the weights of n dogs, where each dog’s weight is represented as a positive distinct integer. The node structure of the tree is defined as follows (additional details omitted): public class DogNode {    int weight;    DogNode left;    DogNode right;    /* Constructors */    public DogNode(int weight, DogNode left, DogNode right) {        this.weight = weight;        this.left = left;        this.right = right;    }    public DogNode(int weight) {        this(weight, null, null);    }} The Penn staff needs assistance in finding the kth lightest weight dog in this tree (where the root is not null and 1

Given the following Java code: import java.util.HashSet;import java.util.Set;class DataPoint {    int id;    String label;    double value;    DataPoint(int id, String label, double value) {        this.id = id;        this.label = label;        this.value = value;    }    @Override    public boolean equals(Object obj) {        if (this == obj) return true;        if (obj == null || getClass() != obj.getClass()) return false;        DataPoint other = (DataPoint) obj;        return Double.compare(other.value, this.value) == 0;    }    @Override    public int hashCode() {        return label != null ? label.hashCode() : 0;    }}public class HashSetTest {    public static void main(String[] args) {        Set dataSet = new HashSet();        dataSet.add(new DataPoint(101, “A”, 3.14));        dataSet.add(new DataPoint(102, “B”, 2.71));        dataSet.add(new DataPoint(103, “A”, 3.14));        dataSet.add(new DataPoint(104, “B”, 3.14));        dataSet.add(new DataPoint(105, “B”, 2.71));        System.out.println(“Set size: ” + dataSet.size());    }} What would be the printed size of the HashSet?