Drilling for oil in the Arctic The chase is now on, as sea channels clear of sea ice, for oil exploration in the Arctic region. There is actually not much care about global warming by major superpower governments, as they see that domination of the world’s oil resources is vital in maintaining both economic and military security. Please discuss this, as far as your knowledge into this difficult issue will allow. The main purpose of Assignment One (A1) is to write a structured essay (i.e. structured with a main title, author (your) name, a few subtitles and at least six references (do not include the course study materials). The title of your structured essay should be ‘Drilling for Oil in the Arctic’. i) Introduction/background - briefly describe the world’s oil market, and the value of this enterprise to the federal and regional economies around the world. Also describe the relevant social and environmental impacts of this business activity (~300 words). ii) Expression of a likely viewpoint of someone employed directly within the industry, or someone in a secondary flow-on industry (~300 words) iii) Expression of a likely viewpoint, from a local ancestral heritage group, a traditional owner, or an environmental lobbyist (~300 words) iv) Expression of a likely viewpoint from a right-wing politician/business person (~300 words) v) Conclusion/overview/recommendations (~300 words)

(Javascript)

/*
* USER HAS ALREADY BEEN IMPLEMENTED FOR YOU:
* User has the following properties:
* name: string
* birthday: Date
*
* User has the following method:
* getDayBorn: Returns the day of the week that the user was born
* example: Wednesday
*/
function User(name, birthday) {
this.name = name;
this.birthday = birthday;

this.getDayBorn = function() {
var days = [`Sunday`,`Monday`,`Tuesday`,
`Wednesday`,`Thursday`,`Friday`,`Saturday`];

return days[this.birthday.getDay()];
}
}

/*
* YOUR TASK IS TO IMPLEMENT CHIRP:
* Chirp has the following properties:
* author: User
* message: string
* date: Date
*
* Chirp has the following methods:
* postLength: Returns the length of the message, a number
* example: 155
*
* printPost: Uses console.log to print the message, author name, and date
* example:
* Hello World
* By John Doe on Sat Feb 16 2019 00:00:00 GMT-0500 (Eastern Standard Time)
*
* wasBefore: Accepts a chirp and returns true if the current chirp was posted
* before the provided chirp, else false
*/
function Chirp() {

}

// SAMPLE INPUT AND OUTPUT TO VALIDATE YOUR IMPLEMENTATION:
var john = new User(`John Doe`, new Date(`01-30-2000`));

var chirpsByJohn = [
new Chirp(john, `Hello world!`, new Date(`02-16-2019`)),
new Chirp(john, `First day of spring!`, new Date(`03-20-2019`)),
new Chirp(john, `Happy 4th!`, new Date(`07-04-2019`))
];
// 12
console.log(chirpsByJohn[0].postLength());

// Happy 4th!
// By John Doe on Thu Jul 04 2019 00:00:00 GMT-0400 (Eastern Daylight Time)
console.log(chirpsByJohn[2].printPost());

// true
console.log(chirpsByJohn[0].wasBefore(johnsChirps[1]));

// false
console.log(chirpsByJohn[1].wasBefore(johnsChirps[0]));

1. The general formula of alkanes is: (i) CnH2n+2 (ii) CnH2n-2 (iii) CnH2n (iv) CnH2n+4 (v) Cn+2H2n

2. The name of the following compound is: a. Tetrabenzene b. Chrysene c. Coronene d. Anthracene e. Pyrene

3. To achieve noble gas configuration, hydrogen requires………………..whereas chlorine requires…………………in outermost shell. a. Octet, duet b. Singlet, duet c. Duet, octet d. Octet, singlet e. None of the above

4. The ……………. the number of relatively stable resonance contributors, the …………… the resonance energy. a. Higher, lower b. Lower, higher c. Higher, higher d. Lower, lower e. None of the above

5. The other name of Methylbenzene is: (i) Phenyl (ii) Xylene (iii) Pyrene (iv) Toluene (v) Naphthalene

6. In pericondensed polyaromatic hydrocarbon, one or more carbon atoms must be a common member of (i) one (ii) two (iii) three (iv) four (v) five benzene rings.

7. The name of the compound (I) is: H2NCH2CH2CH2CO2H (I) (i) N-methylpropylamine (ii) N,N-dimethylethylamine (iii) 2-aminoethanol v) 4-aminobutanoic acid (v) Succinic acid

8. Benzoyl chloride is an example of (i) Aliphatic acid chloride (ii) Alicyclic acid chloride (iii) Heterocyclic acid chloride (iv) Aromatic acid chloride (v) None of the above

9. Acetyl chloride is an example of (i) Aliphatic acid chloride (ii) Alicyclic acid chloride (iii) Heterocyclic acid chloride (iv) Aromatic acid chloride (v) None of the above

10. Acetic anhydride is an example of (i) Aliphatic acid anhydride (ii) Alicyclic acid anhydride (iii) Heterocyclic acid anhydride (iv) Aromatic acid anhydride (v) None of the above

11. Phthalic anhydride is an example of (i) Aliphatic acid anhydride (ii) Alicyclic acid anhydride (iii) Heterocyclic acid anhydride (iv) Aromatic acid anhydride (v) None of the above

12. Formamide is an example of (i) Aliphatic amide (ii) Alicyclic amide (iii) Heterocyclic amide (iv) Aromatic amide (v) None of the above

13. Benzamide is an example of (i) Aliphatic amide (ii) Alicyclic amide (iii) Heterocyclic amide (iv) Aromatic amide (v) None of the above

Barnes & Noble is an American bookseller. It operates mainly through its Barnes & Noble Booksellers chain of bookstores. The company wants to keep information on books, authors, publishers, branches, and employees. The following requirements are given:

1. For each publisher, store the publisher code, the name, and the city in which the publisher is located.

2. For each branch, store the number, the name, the location, the manager number, and the manager name.

3. For each book, store its code, title, the code and name of the publisher, the price, and whether or not it is paperback.

4. For each book, store its code, title, type, and price. In addition, store the number and name of each of the authors of the book. If there is more than one author, they must be stored in the order in which they are listed on the book. This may or may not be alphabetically.

5. For each branch, store the number and name. In addition, store the code and title of each book currently in the branch as well as the number of units of the book the branch currently has.

6. For each book, store the code and title. In addition, for each branch currently having the book in stock, store the number and name of each branch along with the number of copies available.

7. For each employee, store the employee number, the name, the address, phone number, position title, and the branch number and name which this employee works for. It further confirms that an employee works only for one branch and a branch has many employees.

You, as the database consultant, are required to provide an information-level design to maintain for the above-mentioned requirements.

1-D Kinematics

Experiment 1: Free Fall

In this experiment you will drop the hex nut from different heights. You will explore how height from which the hex nut is dropped affects its falling time and its final velocity.

Procedure

1. a) Write down a hypothesis how height will affect the falling time of an object. (Note: use form: if…… then……)

2. b) Write down a hypothesis how height will affect final velocity of the falling object. (Note: use form: if…… then……)

3. Drop the hex nut from different heights. For each drop, measure the distance from the ground and the time the hex nut is falling down. For each height do at least three measurements of falling time and then calculate the average time.  

Include your measurements in Table 1.

4. Calculate final velocity of falling hex nut using equation:

v = v₀ + at   

Since the initial velocity (the one you start with) in this experiment is always equal to 0 m/s, then the equation you use for calculation is simply:

v = at

Example:

If average t = 2.5 seconds then,

    v = a (2.5 s)   

Since an object is in free fall, acceleration a is equal to gravitational acceleration g = 9.8 m/s².

Therefore,

v = (9.8 m/s²)(2.5 s) = 24.5 m/s

5. Include your calculated values of the final velocity in Table 1.

Data:

Table 1

6. Plot time versus height graph using your data from Table 1 (Note: independent variable is on the x axis and depended variable is on y axis)

Independent Variable: _____________

Dependent Variable: ________________

[include your graph here]

7. Plot final velocity versus height graph using your data from Table 1.

Independent Variable: _____________

Dependent Variable: ________________

[include your graph here]

Art galleries, museum, road and bridges are usually provided by government. What happen     when access to these goods become congested? Should the government begin to start charging a fee? Why or why not

Checking Input File for correct line format.

So for my C++ assignment, my professor says we need to validate the Input File, if there are white lines and spaces, in which it will ignore them, separated by a comma, and that all data items are there. This will be used in a program where i will store these into an Array, and display them in First name, Last name, and Number of Votes.

This is a sample of the txt file. My question is, What do i use to be able to take only the names and number and place them into an array. Please explain what each line is doing, even it is not completely obvious. I am a complete beginner.

F=Michael,L=John,V=3342

F=Danny,L=Red,V=2003

F=Hillary,L=Clinton, V=1588

F=Albert,L=Lee,V=5332

F=Steven,L=JohnV=4429

Correct line for the reference: F=John,L=Smith,V=3342

The line errors that your program needs to detect, are as follows:

incorrect token / separator, example in line 5: F=Steven,L=JohnV=4429

(comma missing) – lines with this error need to be ignored

space in token, example in line 3: F=Hillary,X=Clinton, V=1622

lines with this error need to be read, error fixed, data included in your dataset

empty line, example in line 6 – empty lines need to be ignored