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hichkok12 [17]
2 years ago
11

Greg eats pizza every day of the week. The marginal utility of pizza will most likely ________ by the end of the week, and all e

lse being equal, this demonstrates the law of ________. increase; increasing marginal utility rise; diminishing marginal utility decline; total utility decrease; diminishing marginal utility
Business
1 answer:
KatRina [158]2 years ago
8 0

Answer:

decline and diminishing marginal utility

Explanation:

According to the law of diminishing marginal utility,  when a person consumes more and more units, the marginal utility arises from each additional unit goes reduced as marginal utility is an additional unit derived.

According to the given situation, grey eats pizza every day so the marginal utility goes decline that indicates the law of diminishing marginal utility

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A broad differentiation strategy Multiple choice question. appeals to customers who don't tend to be particularly loyal to a bra
Anna007 [38]

Answer:

is based on offering a unique product or service that a wide range of buyers find appealing and worth paying for

Explanation:

A broad differentiation strategy is a strategy of making ones goods or services different from that of competitors in a way that would appeal to a wide range of consumers.

An example of a company that employs broad differentiation strategy is apple. Apple products are deemed to be quite different from that of its competitors

<em><u>Characteristics of broad differentiation strategy </u></em>

  1. Firms that use this pricing have higher brand loyalty
  2. Firms that use this pricing have higher sales than when compared with competitors
  3. Firms that use this pricing are able to charge a higher price for their products when compared to their competitors

3 0
1 year ago
as a young entrepreneur, how can you show the responsible ways of purchasing activities on any possible situations you may consi
Helen [10]

Answer:

There are several ways in which a young entrepreneur can carry out purchasing activities responsibly, including:

1. Measured production of inventory or units of products- If an entrepreneur is producing bicycles for instance, (s)he should only spend on inventory that (s)he anticipates will be sold to customers or purchased by retailers. For example, let's assume that the entrepreneur has a purchase order from a retailer such as K-Mart for 500 bicycles. In this case the entrepreneur should only produce around 550 bicycles rather than 700 or 1000 bikes, thus, purchasing supplies and producing inventory in accordance with demand for his/ her bicycles.

2. Lowering costs of production where possible- Firstly, this can be done by purchasing supplies and materials for inventory in bulk. Secondly, the entrepreneur could outsource the manufacturing of his/her product to countries (such as China) where production costs are significantly cheaper.

4 0
2 years ago
Suppose you are running a carnival. You are selling hamburgers and sodas. A hamburger is $1.75 and a soda is .75. You expect to
Sunny_sXe [5.5K]

Answer:

<em>Hamburgers = 27</em>

<em>Sodas = 93</em>

Explanation:

Let        x = Hamburgers

             y= Sodas

Now form a system of equation aX + bY = C

where

a= 1.75 = coefficient of variable X

b= 0.75 = coefficient of variable Y

C= 117.50

Put these values in above equation

           1.75x + 0.75y = 117.50 . . . . . (1)

Since I sold total of 120 hamburgers and sodas, we can write

            x + y = 120  . . . . . (2)

or          y = 120 - x          ....... put this value in eq.1

           1.75x + 0.75( 120 - x ) = 117.50

           1.75x + 90 - 0.75x = 117.50

            90 + x = 117.50

             x = 117.50 - 90

             x = 27     .......... put this in equation 2

     

          x + y = 120

          27 + y = 120

          y = 120 - 27

           y = 93

3 0
1 year ago
Each machine must be run by one of 19 cross-trained workers who are each available 35 hours per week. The plant has 10 type 1 ma
Mrac [35]

Answer:

The Linear programming model is given as below

Profit Function: P=90X+120Y+150Z

Constraints:

2X+2Y+Z\leq 400

3X+4Y+6Z\leq 240

4X+6Y+5Z\leq 320

\dfrac{2X+2Y+Z}{40}\leq 10

\dfrac{3X+4Y+6Z}{40}\leq 6

\dfrac{4X+6Y+5Z}{40}\leq 8

\dfrac{2X+2Y+Z}{35}+\dfrac{3X+4Y+6Z}{35}+\dfrac{4X+6Y+5Z}{35}\leq 19

Explanation:

As the question is not complete, the complete question is found online and is attached herewith.

Let the number of product 1 to be produced is X, that of product 2 is Y and product 3 is Z

so  the maximizing function is the profit function which is given as

P=90X+120Y+150Z

Now as the number of hours in a week are 40 and there are a total of 10 type 1 machines so the total number of machine 1 hours are 40*10=400 hours

As from the given table product 1 uses 2 machine hours of machine 1, product 2 uses 2 machine hours of machine 1 and product 3 uses 1 hour of machine 1 so

2X+2Y+Z\leq 400

Now as the number of hours in a week are 40 and there are a total of 6 type 2 machines so the total number of machine 2 hours are 40*6=240 hours

As from the given table product 1 uses 3 machine hours of machine 2, product 2 uses 4 machine hours of machine 2 and product 3 uses 6 hour of machine 2 so

3X+4Y+6Z\leq 240

Now as the number of hours in a week are 40 and there are a total of 8 type 3 machines so the total number of machine 3 hours are 40*8=320 hours

As from the given table product 1 uses 4 machine hours of machine 3, product 2 uses 6 machine hours of machine 3 and product 3 uses 5 hour of machine 3 so

4X+6Y+5Z\leq 320

Now as the machine 1 is used as 2X+2Y+Z in a week and the week is of 40 hours so the number of machines to be used are given as

\dfrac{2X+2Y+Z}{40}\leq 10

Now as the machine 2 is used as 3X+4Y+6Z in a week and the week is of 40 hours so the number of machines to be used are given as

\dfrac{3X+4Y+6Z}{40}\leq 6

Now as the machine 3 is used as 4X+6Y+5Z in a week and the week is of 40 hours so the number of machines to be used are given as

\dfrac{4X+6Y+5Z}{40}\leq 8

Now the workers are available for 35 hours so the worker available at the machine 1 is given as

\dfrac{2X+2Y+Z}{35}

That of machine 2 is given as

\dfrac{3X+4Y+6Z}{35}

That of machine 3 is given as

\dfrac{4X+6Y+5Z}{35}

As the total number of workers is 19 so the constraint is given as

\dfrac{2X+2Y+Z}{35}+\dfrac{3X+4Y+6Z}{35}+\dfrac{4X+6Y+5Z}{35}\leq 19

So the Linear programming model is given as below

Profit Function: P=90X+120Y+150Z

Constraints:

2X+2Y+Z\leq 400

3X+4Y+6Z\leq 240

4X+6Y+5Z\leq 320

\dfrac{2X+2Y+Z}{40}\leq 10

\dfrac{3X+4Y+6Z}{40}\leq 6

\dfrac{4X+6Y+5Z}{40}\leq 8

\dfrac{2X+2Y+Z}{35}+\dfrac{3X+4Y+6Z}{35}+\dfrac{4X+6Y+5Z}{35}\leq 19

4 0
2 years ago
TH Manufacturers expects to generate cash flows of $129,600 for the next two years. At the end of the two years the business wil
arsen [322]

Answer:

Vo  = <u>C1  </u>    +        <u>C2 + V2</u>

        1 + k              (1 + K)2

Vo = <u>$129,600  </u> +   <u>$129,600 + $3,200,000</u>

        1 + 0.14            (1 + 0.14)2

Vo = $113,684.21  + $2,562,019.08

Vo = $2,675,703.29

The correct answer is C

Explanation:  

The current value of the business equals cashflow in year 1 divided by 1 + K plus the aggregate of cashflow and sales value in year 2 divided by 1 + k raised to power 2.

7 0
1 year ago
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