Why is it that ozone is not desirable at the surface of earth, but i.pdf
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Why is it that ozone is not desirable at the surface of earth, but is desirable in the stratosphere? Solution Ozone occurs naturally in the stratosphere and is produced and destroyed at a constant rate. But this \"good\" ozone is gradually being destroyed by manmade chemicals called chlorofluorocarbons (CFCs), halons, and other ozone depleting substances (used in coolants, foaming agents, fire extinguishers, and solvents). These ozone depleting substances degrade slowly and can remain intact for many years as they move through the troposphere until they reach the stratosphere. There they are broken down by the intensity of the sun\'s ultraviolet rays and release chlorine and bromine molecules, which destroy \"good\" ozone. One chlorine or bromine molecule can destroy 100,000 ozone molecules, causing ozone to disappear much faster than nature can replace it. It can take years for ozone depleting chemicals to reach the stratosphere, and even though we have reduced or eliminated the use of many CFCs, their impact from years past is just starting to affect the ozone layer. Substances released into the air today will contribute to ozone destruction well into the future. Satellite observations indicate a world-wide thinning of the protective ozone layer. The most noticeable losses occur over the North and South Poles because ozone depletion accelerates in extremely cold weather conditions..
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Ozone depletion (2)
Ozone depletion refers to two phenomena: a slow 4% per decade decline in total stratospheric ozone and a larger seasonal decrease over polar regions known as the ozone hole. The main cause is catalytic destruction of ozone by chlorine and bromine from chlorofluorocarbons (CFCs) released into the atmosphere. In polar regions, ozone depletion is greatly enhanced by reactions on polar stratospheric clouds, leading to severe thinning over Antarctica known as the ozone hole. Increased UV exposure due to ozone depletion is suspected to increase risks of skin cancer and damage to plants and marine life.
Destruction Of The Ozone Layer
The ozone layer protects life on Earth by absorbing most of the sun's harmful ultraviolet rays. However, chlorofluorocarbons (CFCs) used in refrigerants, aerosols, and other products are destroying the ozone layer by releasing chlorine atoms that break down ozone molecules. This depletion causes increased skin cancer, cataracts, damage to crops and plankton, and impacts the Earth's climate. While reducing CFC use helps, fully phasing out these chemicals is needed to allow the ozone layer to recover over time.
The thinning of the ozone layer
The document summarizes information about the ozone layer, including:
- The ozone layer is a region of the stratosphere that absorbs UV radiation and protects the Earth. It contains high concentrations of ozone relative to other atmospheric gases.
- Ozone is created through interactions between oxygen molecules and UV light in the stratosphere. Chlorofluorocarbons (CFCs) released chemicals like chlorine that deplete the ozone layer by catalyzing the breakdown of ozone molecules.
- Significant ozone depletion occurs seasonally over Antarctica, forming an "ozone hole." The discovery of the Antarctic ozone hole in 1985 prompted international agreements to phase out ozone-depleting substances like
Ozone.pptx psg
Ozone is a naturally occurring gas composed of three oxygen atoms that exists in two forms: good ozone in the stratosphere protects life from UV rays, while bad ground-level ozone is a air pollutant. The ozone layer is being depleted by CFCs from industry which release chlorine that destroys ozone. This increases harmful UV rays and affects ecosystems, climate, and humans through higher skin cancer risk. Large seasonal ozone depletions over the poles are called ozone holes. The only solution is to eliminate CFCs and other ozone-depleting chemicals by following the Montreal Protocol.
Ozone Layer and Chemicals
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Ozone depletion (2)
Ozone depletion refers to two phenomena: a slow 4% per decade decline in total stratospheric ozone and a larger seasonal decrease over polar regions known as the ozone hole. The main cause is catalytic destruction of ozone by chlorine and bromine from chlorofluorocarbons (CFCs) released into the atmosphere. In polar regions, ozone depletion is greatly enhanced by reactions on polar stratospheric clouds, leading to severe thinning over Antarctica known as the ozone hole. Increased UV exposure due to ozone depletion is suspected to increase risks of skin cancer and damage to plants and marine life.
Destruction Of The Ozone Layer
The ozone layer protects life on Earth by absorbing most of the sun's harmful ultraviolet rays. However, chlorofluorocarbons (CFCs) used in refrigerants, aerosols, and other products are destroying the ozone layer by releasing chlorine atoms that break down ozone molecules. This depletion causes increased skin cancer, cataracts, damage to crops and plankton, and impacts the Earth's climate. While reducing CFC use helps, fully phasing out these chemicals is needed to allow the ozone layer to recover over time.
The thinning of the ozone layer
The document summarizes information about the ozone layer, including:
- The ozone layer is a region of the stratosphere that absorbs UV radiation and protects the Earth. It contains high concentrations of ozone relative to other atmospheric gases.
- Ozone is created through interactions between oxygen molecules and UV light in the stratosphere. Chlorofluorocarbons (CFCs) released chemicals like chlorine that deplete the ozone layer by catalyzing the breakdown of ozone molecules.
- Significant ozone depletion occurs seasonally over Antarctica, forming an "ozone hole." The discovery of the Antarctic ozone hole in 1985 prompted international agreements to phase out ozone-depleting substances like
Ozone.pptx psg
Ozone is a naturally occurring gas composed of three oxygen atoms that exists in two forms: good ozone in the stratosphere protects life from UV rays, while bad ground-level ozone is a air pollutant. The ozone layer is being depleted by CFCs from industry which release chlorine that destroys ozone. This increases harmful UV rays and affects ecosystems, climate, and humans through higher skin cancer risk. Large seasonal ozone depletions over the poles are called ozone holes. The only solution is to eliminate CFCs and other ozone-depleting chemicals by following the Montreal Protocol.
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This presentation is about Ozone Layer and chemicals known to cause its depletion.
It also covers information about Ozone Hole and Correlation between Ozone depletion and skin diseases due to Ultra Violet light.It also contains no. of ways to limit ozone deterioration.
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The document summarizes information about the ozone layer and atmospheric cycles. It describes the ozone layer as a thin layer in the upper atmosphere that shields the Earth from harmful UV rays. It states that human activity, such as the release of chlorofluorocarbons (CFCs), accounts for around 85% of ozone depletion. CFCs were used in products like refrigerators and aerosols until their damaging effects on the ozone layer were discovered. The document also briefly discusses the carbon cycle and how it is being disrupted by increased CO2 levels from fossil fuel consumption and deforestation.
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Ozone layer depletion ppt
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Ozone is a molecule containing three oxygen atoms that exists in both the upper and lower atmosphere. In the stratosphere, ozone forms a layer that protects the Earth from UV radiation, but in the troposphere it is a air pollutant. The document discusses the formation of ozone, its roles in the atmosphere, and how CFCs were depleting the ozone layer until they were regulated by the Montreal Protocol.
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The document discusses the ozone layer and the Antarctic ozone hole. It explains that the ozone layer formed over time as oxygen accumulated in the atmosphere from photosynthesis. The ozone layer peaks between 20-30km above Earth's surface and protects life from UV radiation. In the 1980s, scientists discovered an ozone hole forming over Antarctica each spring caused by chlorofluorocarbons reacting with ozone. The Montreal Protocol was enacted to phase out CFC production and allow the ozone layer to recover over the coming decades. However, the ozone hole will persist for some time due to CFCs' long lifetime in the atmosphere.
BIO_IX.pptx
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Ozone Depletion.pptx
ozone layere and share the bomdin with other becsause it creagte lovews and affection for manmyt tiumes with tthje passion and motrr eenmdsjkdd dtill we thinks thar we nered more and more opassiob fnju meeroijmsndi
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Cm 20c environment_ozone
The ozone layer in the stratosphere shields us from ultraviolet radiation from the sun, but it has been depleting in recent years. Chlorofluorocarbons (CFCs) are causing the depletion of the ozone layer. CFCs were widely used as propellants in aerosols and coolants in refrigerators and air conditioners. Even if CFCs are banned, depletion of the ozone layer will continue for many years due to CFCs already in the atmosphere.
Genetic evidence supports which of the following explanations for the.pdf
Genetic evidence supports which of the following explanations for the presence of 13 different
finch species on the Galapagos islands? Each of the 13 species was founded by an independent
migration of a different species from the mainland to the islands. Many years ago, more than 13
different species of birds migrated to the islands. The current 13 finch species are the only ones
that survived. It\'s not clear based on the DNA evidence whether the 13 species arose from a
single migration of one species or multiple migrations of several species from the mainland to
the islands. Many years ago, a small population of single finch species migrated to the islands
and evolved into the current 13 species.
Solution
Answer will be 4th option that is \"many year ago, a small population of single finch species
migrwted yo the islands snd evolver into current 13 species.
The evolution of finch was related to feeding strategies. The 13 diatinct species were
descendants of a common ancestor and each of their species eats different type of food. for
example, Cactus finch has a long beak that reaches into blossoms, the gtound finch has a short
beak adapted for eating seeds burried under the soil and tree finch has a parrot shaped beak
suited for stripping bark to find insects.
The beak size is clearly related to feeding strategies, it is also related to reproduction. Female
finch tends to mate with males that have the same beak size..
Complete the following table for InvestmentsFair value method(s).pdf
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Ozone is a molecule containing three oxygen atoms that exists in both the upper and lower atmosphere. In the stratosphere, ozone forms a layer that protects the Earth from UV radiation, but in the troposphere it is a air pollutant. The document discusses the formation of ozone, its roles in the atmosphere, and how CFCs were depleting the ozone layer until they were regulated by the Montreal Protocol.
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ozone layere and share the bomdin with other becsause it creagte lovews and affection for manmyt tiumes with tthje passion and motrr eenmdsjkdd dtill we thinks thar we nered more and more opassiob fnju meeroijmsndi
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Genetic evidence supports which of the following explanations for the.pdf
Genetic evidence supports which of the following explanations for the presence of 13 different
finch species on the Galapagos islands? Each of the 13 species was founded by an independent
migration of a different species from the mainland to the islands. Many years ago, more than 13
different species of birds migrated to the islands. The current 13 finch species are the only ones
that survived. It\'s not clear based on the DNA evidence whether the 13 species arose from a
single migration of one species or multiple migrations of several species from the mainland to
the islands. Many years ago, a small population of single finch species migrated to the islands
and evolved into the current 13 species.
Solution
Answer will be 4th option that is \"many year ago, a small population of single finch species
migrwted yo the islands snd evolver into current 13 species.
The evolution of finch was related to feeding strategies. The 13 diatinct species were
descendants of a common ancestor and each of their species eats different type of food. for
example, Cactus finch has a long beak that reaches into blossoms, the gtound finch has a short
beak adapted for eating seeds burried under the soil and tree finch has a parrot shaped beak
suited for stripping bark to find insects.
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finch tends to mate with males that have the same beak size..
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Solution
B = Base
P = Perpendicular
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sin() = 15/17 = P/H, in Quadrant IV
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sec() = 1/cos() = 17/8
cot() = 1/tan() = -8/15.
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the same species do not?
Solution
Pan genome is the entire set of genes of all the strains of a species it includes genes present in all
the strains and the dreams present only in some strains. Pan genome can be defined as open or
closed based on the capability of the species to acquire exogenous DNA and to possess large
amount of rRNA. These species with open pangenome tend to have large genome and contain
open genes where there is high rate of genes transfer and several ribosomal Operon.
Some bacterial species may have unlimited large genes repertoire or open pangenome and other
species may have limited by maximum number of genes in their gene pool called closed
pangenome.
In open Pan genome species the number of genes of The species increases with the number of
additionally sequence d strrains species which live in multiple environment of different microbial
communities have chances for exchanging genetic material and hence continuously changed a set
of genes example E.coli.
In closed pangenome after some sequenced strains additional strains don\'t provide new genes to
the species this pangenome is typical for species that live in isolated niches with Limited access
to global microbial genen pool example bacillus anthracis.
B. For example different strains of the pathogen pseudomonas syringae have different host range
and their remarkably have different genomes due to differences in the virulence genes in their
genomes. The ecological niche determines the evolution of the gene content of an organism that
for the largest genomic differences observed among the strains of a species could be the outcome
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e) As a practical matter, trade-offs of qualitative characteristics o.pdf
e) As a practical matter, trade-offs of qualitative characteristics occur in accounting because
Accounting standards are incomplete Accountants don\'t have enough time to properly
investigate all matters Managers can\'t be trusted Specific disclosures may not meet all users\'
needs f) Which of the following is a key difference between IFRS and ASPE? IFRS includes the
concept of conservatism IFRS includes four principle qualitative characteristics Timeliness is
considered an enhancing characteristic in IFRS O ASPE describes three different types of capital
maintenance g) Which of the following is not a measurement base recognized in the conceptual
framework? Historical cost O Present value Current cost Fair market value h) The standard
setters\' discussion of financial statement elements Requires transactions be reported in
accordance with their legal form Includes all items that should be reported on a financial
statement Eliminates the need for the accountant to apply professional judgment Includes broad
definitions of the general nature of each item i) Which of the following is not a motivation for
management manipulation of reported financial results? Conditions of contracts Academic
disagreement Performance-based compensation Market expectations j) Which of the following
criteria is not a requirement for recognition of an item in the financial statements? The item has a
cost or value that can be measured reliably The fair value of the item can be determined through
an active market O It is probable that future economic benefits from the item will flow to or from
the entity The item meets the definition of an element
Solution
1. Specific disclosures may not meet all users need.
2. IFRS includes the concept of conservatism
3. Present Value.
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Connor and his wife are guests at the hotel, having reserved a room for three days. on the second
day and while connor was supposed to be attending a business meeting, he was arrested for sale
of illegal drugs. The police immediately went to hotel and received from the innkeeper
permission to search the room. During the search the police found illegal drugs and drug
paraphernalia. Can they be used against Connor at trial? Why or why not? Does the hotel have
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Define the role of the entrepreneur in the U.S. economy and describe the entrepreneurial profile.
Solution
Irrespective of economy, the entrepreneur plays an equally important role in all economies.
Entrepreneurs can come in different shapes and sizes. On one hand, we can have an entrepreneur
like Peter Thiel founder of Paypal and an early investor in Facebook and on other hand, we can
have thousands ( or millions ) of entrepreneur who are running mom and pop stores, fuel stations
and motels.
Entrepreneurs play following important role in any economy ( including US economy):
1. Job Creators: It is not the established businesses which plays a larger role in creating jobs. Its
the new business and the small and medium enterprises which generates the maximum jobs.
2. Brings efficiency to the system: A new venture by an entrepreneur is nimble, identifies new
but unmet needs or serve the existing needs more efficiently. The competition keeps everyone
nimbles, weeds out inefficient firms and brings overall larger value to the system.
3. Market disrupters: While new entrepreneurs go for new technology or for new businesses, new
job opportunities emerge. Who would have thought that positions like Data scientists, Viral
marketers, E commerce, Hyper retail would have existed two and half decades before.
Entrepreneurial Profile: As mentioned above , entrepreneurs can come in various shapes and
sizes. Its not necessary for an entrepreneur to be a white, male, caucasian and from Bay area.
Anyone who is the owner of a business is an entrepreneur. It is another matter that today
entrepreneurship is more identifed with IT, however, entrepreneurship can be in any field
ranging from tech to mining, retailing to space journeys. An entrepreneur is one who (1) is not
status quoist and is in constant search for new ways to make existing things better, efficient and
cost effective (2) who challenges exisiting norms and ways in which the world is seen (3) a risk
taker and someone who is willing to stick his neck out..
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Consider a double-linked linked list implementation with the following node: struct Node {int
data; Node *prev; Node *next;} Write a copyList method that is not a member of any class.
The method should take a head pointer and return another pointer. Do not modify the input.
Solution
struct Node {
Node *prev; // previous node
Node *next; // next node
int data; // stored value
};
#include
#include \"List.h\" // std: #include
using namespace std;
typedef DataList ; // std: typedef list Data;
int main() {
Data k;
// back stuff
k.push_back(5);
k.push_back(6);
cout << k.back() << endl;
k.pop_back();
// front stuff
k.push_front(4);
k.push_front(3);
cout << k.front() << endl;
k.pop_front();
// forward iterator
Data::iterator pos;
for (pos = k.begin(); pos != k.end(); ++pos)
cout << *pos << endl;
// output and delete list
while (!k.empty()) {
cout << k.front() << endl;
k.pop_front();
}
k.push_front(5);
k.push_front(6);
// remove and erase
k.remove(5);
pos = k.begin();
k.erase(pos);
k.push_front(5);
k.push_front(6);
// copy constructor
Data l = k;
// assignment operator
Data m;
m = k;
return 0;
}
// List.h
struct Node;
classIterator List;
class List {
public:
typedef ListIterator iterator;
// constructor
List();
// destructor
virtual ~List();
// copy constructor
List(const List& k);
// assignment operator
List& operator=(const List& k);
// insert value in front of list
void push_front(double data);
// insert value in back of list
void push_back(double data);
// delete value from front of list
void pop_front();
// delete value from back of list
void pop_back();
// return value on front of list
double front() const;
// return value on back of list
double back() const;
// delete value specified by iterator
void erase(const iterator& i);
// delete all nodes with specified value
void remove(double data);
// return true if list is empty
bool empty() const;
// return reference to first element in list
iterator begin() const;
// return reference to one past last element in list
iterator end() const;
private:
Node *head; // head of list
};
class ListIterator {
public:
// default constructor
ListIterator() {
i = 0;
}
// construct iterator for given pointer (used for begin/end)
ListIterator(Node *p) {
i = p;
}
// convert iterator to Node*
operator Node*() const {
return i;
}
// test two iterators for not equal
bool operator!=(const ListIterator& k) const {
return i != k.i;
}
// preincrement operator
ListIterator& operator++() {
i = i->next;
return *this;
}
// return value associated with iterator
double& operator*() const {
return i->data;
}
private:
Node *i; // current value of iterator
};
list.cpp
// delete list
static void deleteList(Node *head) {
Node *p = head->next;
while (p != head) {
Node *next = p->next;
delete p;
p = next;
}
delete head;
}
// copy list
static void copyList(const Node *from, Node *&to) {
// create dummy header
to = new Node;
to->next = to->prev = to;
// copy nodes
for (Node *p = from->next; p != from; p = p->next) {
Node *t = new Node;
t.
8. You may have heard that drinking soda or acid is bad for your teet.pdf
8. You may have heard that drinking soda or acid is bad for your teeth. The enamel on your
teeth consists of the mineral hydroxyapatite, Ca (PO(OH) a. Is hydroxyapatite an acid or base?
Hint: look at the ions in the chemical formula. b. Based on your answer to Sa, is acid good or bad
for your teeth? Give reasons c. How does flouride prevent cavities? Hint: Fluoride reacts with
hydroxyapatite in a double : 40 with acid.
Solution
Ans A. It is acidic since n sloution produces phosphate ion .
Ans B. No it is not good, since it increase the production of Lactic acid and bacteria lives ore.
Ans C.
It is called remineralization. When fluoride is present during remineralization, the minerals
fabriacted into the tooth enamel help strengthen teeth and prevent dissolution during the next
demineralization phase. In this way, fluoride helps stop the decay process and prevent tooth
decay.
alter ego theory. TRUE FALSE Multiple Choice her nephew Dru to manag.pdf
alter ego theory. TRUE FALSE Multiple Choice: her nephew Dru to manage her business,
Door\'s Doors. In addition based 21. Doreen hires to his salary, Doreen provides Dru with health
insurance, a 401K, and a bonus on a formula for sharing the profits. Dru is a. a partner because
he shares in the profits. b. not a partner because he does not share in the losses c. not a partner
because he is family and nepotism is against the law. d a partner because he is family and with a
good lawyer could convince a jury that Door\'s Doors is a family business. 22. Debra and
Lawrence have an equal partnership. This year, after expenses, the partnership had a profit of
$200,000. Debra and Lawrence will each pay taxes on: a. whatever they receive from the
partnership. b. $50,000. c. $100,000. d. None of the above. The partnership itself will pay the
taxes on the business\'s profit 3. Pualani and Quentin do business as partners in Rio Vista
Builders, a residen
Solution
21. Answer is option B
Partners are required to share profit and loss in partnership
22. Answer is option C
IRS does not consider partnerships to be separate from their owners for tax purposes; instead,
they are considered “pass-through” tax entities. So partnership income of 200,000 will be equally
distributed between both partners equally . Income of each partner will be 100,000..
2)Are enterprise information portals making executive information sy.pdf
2)Are enterprise information portals making executive information systems unnecessary?
Explain your reasoning.
Solution
ENTERPRISE INFORMATION PORTAL:
Enterprise Information Portal provides a personalized web interface for corporate intranets to
give their users easy of access to a variety of internal and external businness
applications,databases and information systems that are useful to individual perferences and
information needs...
EXECUTIVE INFORMATION SYSTEMS:
Executive information systems are informationsystems are orginally designed to support the
strategic information needs to top management. EIS are easy to use and enable executives to
retrive information tailored to their needs and preferences.It can provide information about a
companys critical success factors toexcetuives to support their planning and control
responsibilities..
Reasoning...
EIP are provided by the companies as a way to provide a web enabled information and descision
support to the stake holders.
EIS onthe other hand provies the descision to the strategic information that needs to the
mnagement.
The enriched features and benifits that give its credibility for swallowing the EIS..
the benifits of EIP are..
Universal Access to Enterprise Resources
Decreased cost of information
Unified dynamically maintained view of enterprise data and information
increased collobaration and effecivness.
thsese give the additional advantage over the EIS.. which even covers the features of EIS..
5. How the tax system changes the distribution of income among capita.pdf
5. How the tax system changes the distribution of income among capitalists, labourers, and
landlords in referred to as A. balanced-budget incidence. B. size distribution of income. C.
proportional distribution of income. D. functional distribution of income.
Solution
ANSWER:
The correct is option d because it is the definition of functional distribution of income..
Write Java FX code for this pseudocode of the void initilizaHistoryL.pdf
Write Java FX code for this pseudocode of the void initilizaHistoryList() function. (HistoryMenu
of a game)
initializeHistoryList() : void
Purpose: To show the history of all players who logged in or played as guests. It will deserialize
Player objects, get desired info from its History object and then serialize the Player object.
Called by the constructor.
Pseudocode:
Ask user to to select opponent player vs player, player vs computer,view history, or quit.
User clicks on \"View History\"
initizalizeHistoryList() is called and a list of the Player object values from the Player map is
loaded into a variable
The list of Player objects is returned
Solution
package players;
import java.awt.EventQueue;
import javax.swing.ButtonGroup;
import javax.swing.JFrame;
import javax.swing.JPanel;
import javax.swing.JLabel;
import java.awt.Font;
import javax.swing.JRadioButton;
import javax.swing.JTextField;
import javax.swing.JButton;
importjavax.swing.text.StyleContext.SmallAttributeSet;
import java.awt.event.KeyEvent;
import java.awt.event.MouseAdapter;
import java.awt.event.MouseEvent;
import java.util.ArrayList;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
publicclassPlayerMain {
private JFrame frame;
private JTextField textField;
private JTextField textField_1;
private JTextField textField_2;
private JRadioButton rdbtnNewRadioButton;
private JRadioButton rdbtnComputer;
publicstatic Map pMap = new HashMap();
/**
* Launch the application.
*/
publicstaticvoidmain(String[] args) {
EventQueue.invokeLater(new Runnable() {
publicvoid run() {
try {
PlayerMain window = new PlayerMain();
window.frame.setVisible(true);
} catch (Exception e) {
e.printStackTrace();
}
}
});
}
/**
* Create the application.
*/
publicPlayerMain() {
initialize();
}
/**
* Initialize the contents of the frame.
*/
privatevoid initialize() {
frame = new JFrame();
frame.setBounds(100, 100, 511, 363);
frame.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);
frame.getContentPane().setLayout(null);
JPanel panel = new JPanel();
panel.setBounds(0, 0, 495, 325);
frame.getContentPane().add(panel);
panel.setLayout(null);
JLabel lblNewLabel = new JLabel(\"Players History\");
lblNewLabel.setFont(new Font(\"Times New Roman\", Font.PLAIN, 24));
lblNewLabel.setBounds(182, 24, 155, 43);
panel.add(lblNewLabel);
JLabel lblPlayerName = new JLabel(\"Player Name :\");
lblPlayerName.setBounds(92, 99, 106, 14);
panel.add(lblPlayerName);
JLabel lblPlayerId = new JLabel(\"Player Id :\");
lblPlayerId.setBounds(92, 124, 106, 14);
panel.add(lblPlayerId);
JLabel lblPlayerAge = new JLabel(\"Player Age :\");
lblPlayerAge.setBounds(92, 149, 106, 14);
panel.add(lblPlayerAge);
rdbtnNewRadioButton = new JRadioButton(\"player\",true);
rdbtnNewRadioButton.setMnemonic(KeyEvent.VK_0);
rdbtnNewRadioButton.setBounds(151, 196, 71, 23);
rdbtnComputer = new JRadioButton(\"computer\");
rdbtnNewRadioButton.setMnemonic(KeyEvent.VK_1);
rdbtnComputer.setBounds(247, 196, 109, 23);
//Group the radio buttons.
ButtonG.
Your name Date Explanation of Program -Modifying the first .pdf
/* *Your name *Date * *Explanation of Program *-Modifying the first program * - print,printf,
escape values, arithmetic operators */ public class Welcome1 { //main method begins execution f
Java application public static void main (String [] args) { System.out.println(\"Welcome to Java
Programming\"); }//end method mai }//end class Welcome1 /* Output copied from
display/message windowo * ----jGRASP exec: java Welcome1 *Welcom to Java Programming *
*----jGRASP: operation complete. */ in JAVA
Please edit this program in Java using new commands
Solution
Using the following commands you can print the output in java:
System.out.write(\"Message Here\".getBytes());
System.out.format(\"%s\", \"Message Here\");
PrintStream ot = new PrintStream(new FileOutputStream(FileDescriptor.out));
ot.print(\"i love Java\");
System.err.print(\"Message Here\");.
Write a program that moves the ball in a pane. You should define a p.pdf
Write a program that moves the ball in a pane. You should define a pane class for displaying the
ball and provide the methods for moving the ball left, right, up, and down. Check the boundary
to prevent the ball from moving out of sight completely. The language is Java.
Solution
import java.awt.BorderLayout;
import javax.swing.*;
import java.awt.*;
import java.awt.event.*;
public class Pane extends JFrame {
private JButton jbtLeft = new JButton(\"Left\");
private JButton jbtRight = new JButton(\"Right\");
private JButton jbtUp = new JButton(\"Up\");
private JButton jbtDown = new JButton(\"Down\");
private BallPanel ballPanel = new BallPanel();
public MovingABall () {
JPanel buttonPanel = new JPanel();
buttonPanel.add(jbtLeft);
buttonPanel.add(jbtRight);
buttonPanel.add(jbtUp);
buttonPanel.add(jbtDown);
ballPanel.setBackground(Color.RED);
this.add(ballPanel);
this.add(buttonPanel, BorderLayout.SOUTH);
jbtLeft.addActionListener(new ButtonListener());
jbtRight.addActionListener(new ButtonListener());
jbtUp.addActionListener(new ButtonListener());
jbtDown.addActionListener(new ButtonListener());
}
public static void main(String[] args) {
MovingABall mainWondow = new MovingABall();
mainWondow.setTitle(\"Moving a ball\");
mainWondow.setDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);
mainWondow.setVisible(true);
}
class ButtonListener implements ActionListener {
public void actionPerformed(ActionEvent buttonPressed) {
if (buttonPressed.getSource() == jbtLeft)
ballPanel.left();
else if (buttonPressed.getSource() == jbtRight)
ballPanel.right();
else if (buttonPressed.getSource() == jbtUp)
ballPanel.up();
else if (buttonPressed.getSource() == jbtDown)
ballPanel.down();
}
}
class BallPanel extends JPanel {
private int xCoord = -1;
private int yCoord = -1;
private Dimension preferredSize = new Dimension(300,200);
public void left() {
xCoord-=5;
repaint();
}
public void right() {
xCoord+=5;
repaint();
}
public void up() {
yCoord-=5;
repaint();
}
public void down() {
yCoord+=5;
repaint();
}
@Override
public Dimension getPreferredSize() {
return preferredSize;
}
protected void paintComponent(Graphics aBall) {
super.paintComponent(aBall);
if (xCoord<0 || yCoord<0) {
xCoord = getWidth()/2;
yCoord = getHeight()/2;
}
System.out.println(\"X\" + getWidth());
aBall.drawOval(xCoord, yCoord, 10, 10);
}
}
}.
Which ape has been known to make territory patrols and wage war o.pdf
Which ape has been known to make territory patrols and \"wage war\" on neighboring groups?
Orangutans Gorillas Chimpanzees Bonobos Which group was the first euprimates?
Omomyids and Adapids and plesiadaiforms Plesidapiforms and Omomyids Adapids
Solution
Ans 21 c chimpanzees
Not only human, chimpanzees also wage wars on their neighbouring groups and make territories.
The gombe chimpanzee war lasted 1974- 1978 . So it was the first time in 1974 when they were
seen attacking their fellow mates..
What are the limitations of an expert systemSolutionLIMITATIO.pdf
What are the limitations of an expert system?
Solution
LIMITATIONS:-
1. The concept of the Expert Systems mainly involves a very narrow range of the codified
domain.
2. The Expert Systems are not generally adopted at managing the highly
sophisticated sensory inputs
3. The Expert Systems mainly function in the domain of
the extracted, cognitive, logical thinking process.
4. The different types of the multi – dimensional problems that are faced by
the various users while performing the various activities, cannot be efficiently tackled by the
Expert Systems.
5. Some of the typical Expert Systems at times are not able to make available
common sense knowledge and the broad – ranging contextual information.
6. Very narrow range of the knowledge is incorporated in the Expert Systems.
7. The Expert Systems do – not respond well to the various situations out – side their range of
the expertise.
8. The Expert Systems remain what they are – the machine experts.
9. The human self – awareness is lacking in the Expert Systems.
10. The various Expert Systems lack the much needed self – analysis tools.
11. The Expert Systems are non – self referral systems.
12. In case of the Expert Systems, no introspection is possible.
13. Expert Systems have the ability of performing only with – in a specific,
logical – oriented realm of the expertise..
Using the scenario provided in the Milestone One Guidelines and Rubr.pdf
Using the scenario provided in the Milestone One Guidelines and Rubric document, prepare a
brief summary of the HCI (human–computer interface) and the IMD (information management
database) of the distribution company, using appropriate IT terminology. Submit this as a Word
document with supporting screenshots embedded in the document.
Solution
Human Computer interface (HCI):
Information Management Database:.
To avoid crises, companies should design their organizations to impl.pdf
To avoid crises, companies should design their organizations to implement their strategy, but
flexible enough to stimulate new ideas that may lead to a change of direction.
True or False
Solution
True:
This is true in the context that a company should not be rigid to changes and it can have space for
the change which could bring a new direction.
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Write a program that moves the ball in a pane. You should define a p.pdf
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- 1. Why is it that ozone is not desirable at the surface of earth, but is desirable in the stratosphere? Solution Ozone occurs naturally in the stratosphere and is produced and destroyed at a constant rate. But this "good" ozone is gradually being destroyed by manmade chemicals called chlorofluorocarbons (CFCs), halons, and other ozone depleting substances (used in coolants, foaming agents, fire extinguishers, and solvents). These ozone depleting substances degrade slowly and can remain intact for many years as they move through the troposphere until they reach the stratosphere. There they are broken down by the intensity of the sun's ultraviolet rays and release chlorine and bromine molecules, which destroy "good" ozone. One chlorine or bromine molecule can destroy 100,000 ozone molecules, causing ozone to disappear much faster than nature can replace it. It can take years for ozone depleting chemicals to reach the stratosphere, and even though we have reduced or eliminated the use of many CFCs, their impact from years past is just starting to affect the ozone layer. Substances released into the air today will contribute to ozone destruction well into the future. Satellite observations indicate a world-wide thinning of the protective ozone layer. The most noticeable losses occur over the North and South Poles because ozone depletion accelerates in extremely cold weather conditions.