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write my assignment 14880

I will pay for the following essay Planet Saturn. The essay is to be 1 pages with three to five sources, with in-text citations and a reference page.

Atmosphere is also important, and the stripped away gaseous outer layer would need to be replaced with an oxygen rich atmosphere to be capable of supporting life. The atmosphere is not only for breathing however. It also serves as a protective shield from dangerous energy, and thusly the new atmosphere of Saturn would have to have the same property. Saturn currently has no water, and could not sustain liquid water due to its extremely hot core and the resulting surface temperature of, which would have to be lowered for life to survive in the first place. This planet is too far away to be in the “habitable zone” where the sun could support life (Jones, Sleep, & Underwood, 2006). A reduced orbit would accompany a shortened distance from the sun and would match well with the plane of the Earth (producing similar seasons). The density of Saturn’s core would somehow need to be lessened so that life would not be crushed by its gravity. This gravity would also interfere with other planets if Saturn were closer to the sun, leading to a whole new array of problems regarding ideal location. Additionally, the magnetic field of Saturn (slightly weaker than Earth’s) would not be strong enough to produce a magnetosphere capable of protecting the planet’s

 

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write my assignment 11091

Assignment 1: Discussion—Power and Influence

A marketing channel usually consists of at least one independent organization that another organization depends on to perform certain tasks well. 

Assume that you are the manger of a manufacturing firm that depends on a large retailer to reach your target market in a certain metropolitan area.  You have discovered that a significant number of sales of your product are being missed because the product is out of stock in the retailer’s stores.  Consider the five sources of power discussed in the text and how effective you feel each would be to utilize in this situation. 

  • Select the source you feel would be most effective in getting the retailer to change their inventory policies so that out-of-stock missed sales of your product will be reduced or eliminated.  Describe that source and why you feel it would be most effective.
  • Select the source you would turn to next if use of the first source does not work out and explain why that would be your choice.  

Write your initial response in 3–4 paragraphs.

 

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write my assignment 14055

1. Assume the price of Super Bowl Tickets increases by 20% and the quantity demanded changes by 2%.

a. What is the price elasticity of demand for Super Bowl Tickets?

b. Is it elastic, inelastic, or unit elastic?

2. When the price of Lays Potato chips decreases by 5%, the quantity demanded for them changes by 15%.

a. What is the price elasticity of demand for Lays Potato Chips?

b. Is it elastic, inelastic, or unit elastic?

3. Assume demand for a Snickers bar is unit elastic. If the price of a Snickers bar were to increase by 4%, what would happen to the quantity demanded?

4. On the way to work you notice the price of gasoline is $3.25 per gallon. At that price the gas station sells 1000 gallons per hour. On the way home, you notice the price of gasoline has risen to $4.00 per gallon, and at that price the gas station sells 950 gallons per hour.

a. What is the price elasticity of demand for gasoline?

5. Suppose you work for the college bookstore. The current price of a GSU t-shirt is $15, and the bookstore normally sells 200 per week. The elasticity of demand for t-shirts is estimated to be 0.75. In an attempt to raise revenue, the bookstore is considering raising the price to $16.50, a 10% increase.

a. By how much will quantity demanded change for GSU t-shirts?

 

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write my assignment 24931

Use F#. In particular, solutions should not use imperative programming constructs, or predefined (built-in) functions that make the solutions completely trivial.

For each problem, write a single function definition without any nested functions. Your solutions do not need to be tail recursive.

Define a function called max that takes a list and returns the largest value in the list. You may assume that the list is not empty. Do not use the built-in List.max function.

Define a function called nth that takes an integer, n, and a list as arguments. The nth element of the list, indexed from 0, should be returned. You may assume that the list has at least one element.

Define a function called zip that takes a pair (tuple) of equal length lists as a single parameter and returns a list of pairs. The first pair should contain the first element of each list, the second pair contains the second element of each list, and so on.

Define a function called search that takes a boolean function, f, and a list as arguments and returns the zero-based index of the first element of the list, e, such that (f e) is true. If no such element exists, search should return -1.

The following examples show sample solution.

> max [89; 42; 112; 36; 90; -205]

val it : int = 112

> max [-5; 0; -12; -3]

val it : int = 0

> max [“c”; “a”; “p”; “f”]

val it : string = “p”

> nth 2 [0; 1; 2; 3; 4]

val it : int = 2

> nth 3 [“cat”; “dog”; “bird”; “fox”]

val it : string = “fox”

> nth 1 [“cat”; “dog”; “bird”; “fox”]

val it : string = “dog”

> zip ([1], [2])

val it : (int * int) list = [(1, 2)]

> zip ([“a”; “b”; “c”; “d”; “e”], [1; 2; 3; 4; 5])

val it : (string * int) list = [(“a”, 1); (“b”, 2); (“c”, 3); (“d”, 4); (“e”, 5)]

> search (fun x -> x > 10) [ 2; 12; 3; 23; 62; 8; 2 ]

val it : int = 1

> search (fun x -> x%2 = 0) [ 3; 17; 9; 23; 62; 8; 2 ]

val it : int = 4

> search (fun s -> s val it : int = 3

> search (fun n -> n = 5) [ 3; 7; 12; 6 ]

val it : int = -1

 

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