I am a doctorate student (Educational Leadership) taking a course in School Finance.

Please give me questions that I can ask in an interview with a CFO/Treasurer of a school or university finance officer.

Thanks.

If a muscle cell is unable to produce any more ATP, which of the following would happen as a result?

SELECT ALL THAT APPLY

Calcium ions cannot be pumped back into the sarcoplasmic reticulum

Cross-bridges cannot break

Cross-bridges cannot form

Calcium cannot bind to troponin

Find the design cooling and heating loads of UC 1017. Consider UC 1017 is a detached room. You are free to assume any values reasonably for the calculation. Consult different charts, tables and climate data as necessary. Assuming 50% fresh air and 50% of recirculated air passing through the evaporator coil and the by-pass factor of 0.2, find the dew point temperature of the coil and the capacity of the coil.

I need you to provide the Table and the calculation for everything.

the room size = Hight 6.6 m , width 18m, length 14.5m

I'll attach an example for a student work from last year that I'd like you to follow.

a) Discuss the benefits of wireless network communication with a simple example.

b) Explain why wireless network communication is slower than wired network communication on most occasions.

c) Wireless bridges are gaining popularity in connecting discrete campuses or business premises. Discuss the advantages and disadvantages of wireless bridges.

CODE IN JAVA

Create a class Student includes name, age, mark and necessary methods. Using FileWriter, FileReader and BufferedReader to write a program that has functional menu:

+ Save to File: input information of several students and write that information into a text file, each student in a line (use tabs to separate the fields)

+ Read File: read and display information of students

I am starting my doctorate in finance at age of 21 at liberty university, is the degree worthy tt? what can I do? I am expected to graduate when im 23. Potential careers?

A cross-sectional study was conducted on the association between passive smoke inhalation and the occurrence of dental caries in children. (Passive smoke exposure occurs when children live with family members who smoke.) The investigators thought that conclusions from this study were limited because of the cross-sectional nature of the data. Suppose that they asked you for advice and you told them that they should have conducted a prospective cohort study because it is a better study design.

a. Briefly describe the specific limitation of a cross-sectional study is avoided by conducting a prospective cohort study.

b. The investigators take your advice and hire you to help them design a new prospective cohort study. They want to know if they should use a special or a general cohort to assemble the exposed population. Briefly describe each of these options, tell them which one is best in this setting, and explain your reasons.

c. The investigators also ask you about the options for selecting a comparison group in a cohort study. Briefly describe the three different options and state which one is best in this setting and why.

The table describes various degrees earned by men and women in foreign languages in 1992.

Bachelor Masters Doctorate Total

Male 3990 971 378 5339

Female 9913 1955 472 12340

Total 13903 2926 850 17679

(a) What percent of females take Doctorate degrees? (b) What percent of Masters degree holders were men? (c) Now test the null hypotheses that obtaining degrees in languages is independent of gender. Give the null and alternative hypothesis, compute the test statistic χ 2 and its degrees of freedom. (d) Is a χ 2 test appropriate for this task? (e) Use the χ 2 table to bound your P-value. What is your conclusion at α = 0.05?

Improve class OurLinkedList, so that its users can readily access a list's middle node. Readily here means that when users instantiate an OurLinkedList object, they can access the node in the middle of the list without starting from the head, counting how many nodes to the end, then going back to the head, and skipping half as many nodes forward. In fact, there should be no counting for this improvement. Notice that lists with an even number of nodes, do not have a well defined middle node and it is up to you to determine which node near the middle will be considered the middle one.

Your improvement must be delivered only in the form of a new class that extends OurLinkedList. Name the extending class, after yourself, as following:

class YourfirstnameLinkedList extends OurLinkedList { ... }

replacing Yourfirstname above, with your actual first name (e.g., MyLinkedList).

SOURCE CODE FOR QUESTION

public class OurLinkedList {

class Node {
  
String value;
Node next;
  
Node(String v) {
value = v;
next = null;
} // constructor Node
} // class Node

/**
* Accessor for the field size.
* @return number of nodes in the list.
*/
public int getSize() {
return size;
} // method getSize

  
public boolean nodeExists(String v) {
// Initial assumption: no node found with string v
boolean stringFound = false;
// Start from the beginning.
Node currentNode = head;
if ( currentNode == null) {
// Empty list.
stringFound = false;
} else {
// List is not empty. Let's check if the last node contains
// string we are looking for. We do this here, because the
// last node is unreachable in a loop that terminates when
// .next == null.
stringFound = tail.value == v;
// Search through the rest of the linked list, hopping from
// node to node, following the .next pointer.
while (currentNode.next != null) {
if ( currentNode.value == v) {
stringFound = true;
}
currentNode = currentNode.next;
}
}
return stringFound;
} // method nodeExists

public void addNode(String v) {
if (!nodeExists(v)) {
// The list does not contain a node with the given string.
// Let's create one and call it newNode.
Node newNode = new Node(v);
// We are adding this newNode to the list, so let's increase the size.
size++;
// Now we need to determine where to add this new node.
if (head == null) {
// List is empty. Make this newNode the list's head.
head = new Node(v);
// Because the list is empty, make this node its tail as well.
tail = head;
} else {
// The list is not empty. Find its tail node and add the
// newNode after it.
tail.next = newNode;
// Make the newNode, the list's new tail.
tail = newNode;
}
}
}

public boolean remove(String v) {
boolean success = false;
if (nodeExists(v)) {
success = true;
}
return success;
}

class MyLinkedList extends OurLinked {...}

public static void main(String[] args) {
OurLinkedList demo = new OurLinkedList();
}

}

The question wants us to find the middle of the list immediately without traversing the linked list conventionally but any help is great. There is no need to print the list just to know where the middle of the list is.