Which of the following attacks can be mitigated by proper data retention policies?
A.   Dumpster diving
B.   Man-in-the-browser
C.   Spear phishing
D.   Watering hole

A security administrator needs to conduct a full inventory of all encryption protocols and cipher suites. Which of the following tools will the security administrator use to conduct this inventory MOST efficiently?
A.   Tcpdump
B.   Protocol analyzer
C.   Netstat
D.   Nmap

A security analyst is interested in setting up an IDS to monitor the company network. The analyst has been told there can be no network downtime to implement the solution, but the IDS must capture all of the network traffic. Which of the following should be used for the IDS implementation?
A.   Network tap
B.   Honeypot
C.   Aggregation
D.   Port mirror

Which of the following is a security consideration for IoT devices?
A.   IoT devices have built-in accounts that users rarely access.
B.   IoT devices have less processing capabilities.
C.   IoT devices are physically segmented from each other.
D.   IoT devices have purpose-built applications.

To obviate current beach erosion potentials and as a part of beach re-nourishment, Research department’s Dr. Smith proposed a construction of a series of submerged wave energy dissipation structures (=submerged-plate breakwaters) at 110 ft from the shoreline of the Beach. Based on design specifications of the structure, the distribution of the number of waves dissipatable by the proposed structure per hour could be approximated by a normal distribution with a mean of 189 waves and a standard deviation of 7 waves.
1) Use the Empirical Rule to describe the 90% distribution/range of X, i.e., the number
of waves dissipatable by the proposed structure per hour.
2) If the structure is built with dissipating a maximum 195 waves/hour capacity, what
fraction of an hour, i.e., minutes, might the structure be unable to handle incoming
waves (or in other word, how many minutes per hour the structure exceeds 195
waves/hour capacity)?
3) What wave dissipating capacity of the structure should be built so that the
probability of the incoming waves exceeding the structure capacity is equal to only
0.05 (or 5%)?

Write a python program using the following requirements:

Create a class called Sentence which

• has a constructor that takes a sentence string as input.
  • The default value for the constructor should be an empty string
  • The sentence must be a private attribute in the class
• contains the following class methods:
  • get_all_words — Returns all the words in the sentence as a list
  • get_word — Returns only the word at a particular index in the sentence
    • Arguments: index
  • set_word — Changes the word at a given index in sentence to a new word
    • Arguments: index, new_word
    • Does not return anything
  • a str method — Returns the sentence as a string using the built in method

Include a unit test in an if __name__ block to test the class. Use assert to check for errors.

Unit Test Example:

• Set a sentence variable with a sentence of your choice
• Instantiate the Sentence object using the variable
• Test that get_all_words() correctly returns that sentence as a list
• Test that get_word(#) correctly returns the # word in the sentence
• Test that replace() actually changes a word in the sentence object
• Print the sentence before and after the word change using the built in str method

Instructions: Florida Power and Light (FPL) are seeking to add two more nuclear power plants on the current Homestead location where two nuclear power plants already exist.

FPL seeks two more South Florida nuclear reactors article http://articles.sun-sentinel.com/2014-05-12/business/fl-fpl-nuclear-preview-20140512_1_turkey-point-fpl-reactors
Based on what you have learned so far from this class, discuss the following:

What problems might these new power plants encounter if they were built in South Florida with a lifespan of 40 years?
What advantages are there in giving FPL the licenses for these new plants?
What disadvantages are there in giving FPL the licenses for these new plants?
What are some other alternatives to the nuclear power plants?
What precautions would you demand if these power plants were built?
Given what you know, if you were in a position to approve or disapprove the licenses, what would you vote, and why?
Make sure to:

Write a short essay or paragraph of at least 300 words.

Write a function ‘sort1’ that takes in an array of non-zero positive integers as input and returns a second vector
that contains only the odd numbers. It will return zero if all elements are even. Use error-traps to check against
probable errors in user input. In case of an error, it will return NaN. You are allowed to use Matlab built-in function
round(). Check your code with the following arrays:

>> y1 = [18, -5, 89, -7, 4, 10, 12, 34, -2, 45];
>> y2 = [34, 67, 89, 0, 12, 87, 0, 5];
>> y3 = [ 8, 3, 11, 4, 7, 12, 19, 3, 5, 6]

>> z1 = sort1(y1)
z1 =
NaN
>> z2 = sort1(y2)
z2 =
NaN
>> z3 = sort(y3)
z3 =
3 11 7 19 3 5

** You cannot use any built in Matlab functions other than round(). I don't need all the test runs. I'm just stuck halfway through the code and can't finish it.

1. Explain the following terms in relation to landscape architecture: parterre, Genius loci, tabula rasa, tacit knowing

2. Compare between landscape design as modern professional practice and Landscape design in history. Provide examples.

3. Compare between the French and English landscape design in the history.

Include names of pioneer in the field.

4. Explain the different of built environment and non-built environment in relation to landscape Architecture.

5. Use    your imagination and design the land using only earth. Play with the topography in order to create spaces and corridors. You have a story you want to tell in these spaces. Your words are spaces and paths. Each space or path conveys a message, an image, or a feeling. Through the sequence of spaces, the story will be told. There are no restrictions what so ever to limit your imagination. Only be logical and sensitive. Do the sketch/ sketches in 2 scale. Write any principles you are using in your design related to land form.

The objective of the design problem is to show how you are dealing with the land form; a unique or distinguished design is not required here.

An increase in the PV cell temperature will:

Select one or more:

a. Increase the maximum power of the cell

b. Decrease the current of the cell

c. Decrease the open circuit voltage of the cell

d. Decrease the maximum power of the cell

e. Increase the open circuit voltage of the cell

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What is the water outlet pressure of a Pelton turbine?

Select one:

a. Less than the inlet pressure

b. Greater than the inlet pressure

c. Equal to the inlet pressure

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Which of the following is a source of indirect emissions from a commercial company?

Select one or more:

a. Electricity purchased

b. Extraction of raw material to manufacture the product

c. Independently owned transport of product to customer

d. Transport of materials to site by vehicles owned and operated by the company

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Using the table above, what are the total GHG emissions of a company who consumes 25,000 tonnes of brown coal briquettes?

Answer nearest 1,000 t

Select one:

a. 28,000 t CO_2-e

b. 55,000 t CO_2-e

c. 52,000 t CO_2-e

d. 24,000 t CO_2-e

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What is the purpose of a yaw drive on wind turbines?

Select one:

a. Maintain power generation during high wind speed events

b. Communication between turbine gearbox and turbine hub

c. Maintain rotor position to be perpendicular to wind direction

d. Maintain power generation during low wind speed events

What is the specific wind power (W/m²) for a wind speed of 12 m/s?

Answer nearest 100. Assume air density is 1.21 kg/m³.

Select one:

a. 1,200

b. 1,500

c. 1,000

d. 100

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Which of the following can be considered a renewable energy source?

Select one or more:

a. Hydrogen production from solar-assisted electrolysis of water

b. Hydrogen production from oil refined hydrocarbons

c. Nuclear fission

d. Ebb and flow of the tide

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What is the p-layer of traditional solar cells doped with?

Select one:

a. Silicon atoms

b. Phosphorous atoms

c. Aluminium atoms

d. Boron atoms

First, BICA is considering the purchase of the Empty Arms hotel. Next year's NOI and cash flow is expected to be $2,000,000 and BIC's economic forecast of market supply and demand and vacancy levels indicated they will continue to be in balance. As a result NOI should increase by 1.5 percent each year based upon expected capital improvements, and BIC believes they should earn 9% total return on the investment.

What is the estimated value of the property?

What cap rate should be found from recently sold properties that are comparable to Empty Arms? NOTE how the cap rate reflects the growth in NOI.

Should they purchase this investment if the negotiated asking price is $27M?

Round Tree Manor is a hotel that provides two types of rooms with three rental classes: Super Saver, Deluxe, and Business. The profit per night for each type of room and rental class is as follows:

Type I rooms do not have wireless Internet access and are not available for the Business rental class.

Round Tree's management makes a forecast of the demand by rental class for each night in the future. A linear programming model developed to maximize profit is used to determine how many reservations to accept for each rental class. The demand forecast for a particular night is 140 rentals in the Super Saver class, 60 rentals in the Deluxe class, and 40 rentals in the Business class. Round Tree has 125 Type I rooms and 135 Type II rooms.

1. Use linear programming to determine how many reservations to accept in each rental class and how the reservations should be allocated to room types.
   

   Variable	# of reservations
   SuperSaver rentals allocated to room type I
   SuperSaver rentals allocated to room type II
   Deluxe rentals allocated to room type I
   Deluxe rentals allocated to room type II
   Business rentals allocated to room type II

   
   Is the demand by any rental class not satisfied?