How does an animal interpret the location of a sound?  

part of the brain is responsible for integrating this?

(a) A full explanation of the role of the endocrine and nervous systems in maintaining homeostasis.

(b) A detail explanation for both recessive and dominant genetic disease inheritance. Please answer this two question

1. explain the difference between an ionic, covalent, and hydrogen bond.

2. draw and describe the electronic configuration pf NaCI before and after the transfer of electrons.

3. what are the four major macromolecules and what are the corresponding building blocks from which each of these macromolecules are made?

4. draw and describe an example of a reaction that shows how a dipeptide is formed and broken down.

5. explain how each of the macromolecules contributes to the development and maintenance of hair.

6. describe each level of protein structure: 1. Primary, 2. secondary, 3. tertiary, 4. quaternary. what type of chemical bonds stabilize these different structures and how?

7. briefly compare and contrast oxidizing and reducing reagents and the role that they play in building chemical bonds.

8. what happens to the protein structure (keratin) of curly hair after a chemical relaxer and heat are applied and what happens to straight hair after a chemical perm or relaxer is applied?

Which of the following statements is a false statement about the secondary immune response?

a.) the secondary immune response produces less antibodies compared to the primary immune response

b.) the secondary immune response is a targeted response to a specific pathogen

c.) the secondary immune response is part of the adaptive immune system

d.) the secondary immune response is faster acting in the presence of a pathogen compared to the primary immune response

e.) all of the answer choices are correct statements about the secondary immune response, none are false

Some sports such as figure skating, diving, dance, horse racing and boxing are more likely to place female athletes at risk for eating disturbance or disorder development. Discuss why you think these types of sports are more likely to place athletes at risk?

Complete the following table by writing the name of the cell structure or organelle in the right hand column that matches the structure/function in the left hand column. Structure/Function Cell structure

1. May store water, needed chemicals and wastes in plant cells

2. The “sugar factory” in plant cells that contains chlorophyll

3. Small structure that makes protein

4. Long whip-like structures used for movement

5. The region of the cell between the plasma membrane and the nucleus

6. Cell control center

7. Sac of digestive enzymes

8. Boundary between the cell and its surroundings

9. Small hair-like structures used for movement

10.Produces a usable form of energy (ATP) for the cell

11.“Ships” products to plasma membrane for export outside the cell

12.Consists of hollow tubes which provide support for the cell

13.Lipids manufactured here

14.Numerous ribosomes give it its name

15.Breaks down drugs and toxin in liver

Gene is: LOC_Os05g38000

1. The gene name and chromosomal location. (Oryzabase)
2. Number of exons and introns. (RGAP)
3. Describe the expression pattern. This will require some research as there is no convienent Atlas.

Can someone please help with this question!

x

Which of the following chemical groups is important in energy transfer?

Use the Heap class provided to implement a sort routine in a Main class where the user enters a series of values, each value is then pushed onto a heap, then the values are printed out in ascending order.

public class Heap {
        public static final int SIZE = 1025;
        
        public Heap() {
                elt = new Element[SIZE];
                lastLoc = 0;
        }
        
        public void push(String k, Object o) {
                if (!fullCheck()) {
                        lastLoc++;
                        elt[lastLoc] = new Element(k,o);
                        int loc = lastLoc;
                        while (loc > 1 && elt[loc].key.compareTo(elt[loc/2].key) < 0) {
                                Element hold = elt[loc];
                                elt[loc] = elt[loc/2];
                                elt[loc/2] = hold;
                                loc = loc/2;
                        }
                }
        }       

        public void pop() {
                if (!emptyCheck()) {
                        elt[1] = elt[lastLoc];
                        lastLoc--;
                        int loc = 1;
                        while (2*loc <= lastLoc) {
                                loc = 2*loc;
                                if (loc < lastLoc && elt[loc +1].key.compareTo(elt[loc].key) < 0) loc=loc+1;
                                if (elt[loc].key.compareTo(elt[loc/2].key) < 0) {
                                        Element hold = elt[loc/2];
                                        elt[loc/2] = elt[loc];
                                        elt[loc] = hold;
                                }
                        }
                }
        }               
        
        public Object top() {
                return elt[1].payload;
        }

        public Object topKey() {
                return elt[1].key;
        }

        public boolean emptyCheck() {
                return (lastLoc == 0);
        }
        
        public boolean fullCheck() {
                return (lastLoc == SIZE-1);
        }
        
        
        private Element[] elt;
        private int lastLoc;
}

public class Element {
        public Element(String s) {
                key = s;
                payload = null;
        }


public Element(String s, Object obj) {
                key = s;
                payload = obj;
        }
        public String key;
        public Object payload;

}

For the ribosomes on nuclear envelope, what would be the proteins made here do?

sanger sequencing, and how base identity (A,T,C,G) is detected using fluorescence. Can you explain what it means that the DNA is labeled with a fluorescent tag, and where that tag is located?

Cytogenetics of pumpkin