All categories

4 years ago

_______ is defined in marketing terms as the basic problem-solving benefits consumers are seeking.

1 answer:

7 0

The term that is being referred to the description is CORE CUSTOMER VALUE. The core customer value is a marketing term that describes the fundamental benefits of problem solving that consumers are looking for. The customer value are classified into two and these are the perceived and the desired value.

You might be interested in

Whice of the following best describes the objective section of a lesson plan

Elanso [62]

The answer of the above question is

8 0

3 years ago

Murray Chemical Company refines a variety of petrochemical products. These data are from the firm’s Houston plant: Work-in-proce

Mandarinka [93]

Answer:

1. Using the Weighted-average method

Total equivalent units of a cost product = A + B * C

Where:

A = units transferred to the next department or finished goods (completed)

B = units in work-in-progress at the closing time of time period

C = percentage of completion with respect to the product

Equivalent units of Direct materials = 5,580,000 + (3,090,000 × 40%) = 6,816,000 gallons.

Equivalent units of Conversion = 5,580,000 + (3,090,000 × 60%) = 7,434,000 gallons.

2. Using the FIFO method

Equivalent Units of Production = equivalent units to complete beginning inventory + units started and completed during the period + equivalent units in ending work in process inventory.

where;

Equivalent units to complete beginning inventory = units in beginning inventory × (100 percent − percentage completion of beginning inventory).

For Direct Materials;

Thus, Equivalent units to complete beginning inventory =

4,800,000 × (100 - 50%) = 2,400,000 gallons

Equivalent Units of Production = 2,400,000 + (5,580,000 × 40%) + 3,090,000 = 7,722,000 gallons

For Conversion;

Thus, Equivalent units to complete beginning inventory =

4,800,000 × (100 - 20%) = 960,000 gallons

Equivalent Units of Production = 960,000 + (5,580,000 × 60%) + 3,090,000 = 4,050,000 gallons

6 0

4 years ago

Read 2 more answers

Which of the following is an example of a negative externality?a. bad weather reduces the size of the wheat cropb. a reduction i

wlad13 [49]

Answer: Negative externality is defined as the cost that is incurred by a individual who isn't involved in the economic transaction.

In the above question, the following is the example of negative externality: smoking harms the health of nonsmokers who are nearby.

Here, the cost is incurred by the nonsmokers who are standing nearby individuals who prefer smoking. Thus creating negative externality.

Therefore, the correct option is (c)

7 0

3 years ago

Suppose that the market demand curve for bean sprouts is given by P = 1,660 - 4Q, where P is the price and Q is total industry o

a_sh-v [17]

Answer:

In equilibrium, total output by the two firms will be option e= 300.

Q = $q_{1}$ + $q_{2}$

Q = 100 + 200

Q = 300

Explanation:

Data Given:

Market Demand Curve = P = 1660-4Q

where, P = price and Q = total industry output

Each firm's marginal cost = $60 per unit of output

So, we know that Q = $q_{1}$ + $q_{2}$

where $q_{}$ being the individual firm output.

Solution:

P = 1660-4Q

P = 1660- 4( $q_{1}$ + $q_{2}$ )

P = 1660 - 4 $q_{1}$ - 4 $q_{2}$

Including the marginal cost of firm 1 and multiplying the whole equation by $q_{1}$

Let's suppose new equation is X

X = 1660 $q_{1}$ - 4 $q_{1} ^{2}$ - 4 $q_{1}$ $q_{2}$ - 60 $q_{1}$

Taking the derivative w.r.t to $q_{1}$ , we will get:

$X^{'}$ = 1660 - 8 $q_{1}$ - 4 $q_{2}$ - 60 = 0

Making rearrangements into the equation:

8 $q_{1}$ + $q_{2}$ = 1660 - 60

8 $q_{1}$ + $q_{2}$ = 1600

Dividing the whole equation by 4

2 $q_{1}$ + $q_{2}$ = 400

Solving for $q_{1}$

2 $q_{1}$ = 400 - $q_{2}$

$q_{1}$ = 200 - 0.5 $q_{2}$

Including the marginal cost of firm 1 and multiplying the whole equation by $q_{2}$

P = 1660 - 4 $q_{1}$ - 4 $q_{2}$

Let's suppose new equation is Y

Y = 1660 $q_{2}$ - 4 $q_{1}$ $q_{2}$ -4 $q_{2} ^{2}$ - 60 $q_{2}$

Pugging in the value of $q_{1}$

Y = 1660 $q_{2}$ - 4 $q_{2}$ (200 - 0.5 $q_{2}$ ) -4 $q_{2} ^{2}$ - 60 $q_{2}$

Y = 1660 $q_{2}$ - 800 $q_{2}$ +2 $q_{2} ^{2}$ -4 $q_{2} ^{2}$ - 60 $q_{2}$

Y = 1600 $q_{2}$ - 800 $q_{2}$ -2 $q_{2} ^{2}$

Taking the derivative w.r.t $q_{2}$

$Y^{'}$ = 1600 - 800 - 4 $q_{2}$ = 0

Solving for $q_{2}$

4 $q_{2}$ = 800

$q_{2}$ = 200

$q_{1}$ = 200 - 0.5 $q_{2}$

Plugging in the value of $q_{2}$ to get the value of $q_{1}$

$q_{1}$ = 200 - 0.5 (200)

$q_{1}$ = 200 - 100

$q_{1}$ = 100

Q = $q_{1}$ + $q_{2}$

Q = 100 + 200

Q = 300

Hence, in equilibrium, total output by the two firms will be option

e= 300.

5 0

3 years ago

7. Which of the following is NOT a function of money * 3 points A Unit of account B Store of value C Protection against inflatio

Nuetrik [128]

Answer:

C Protection against inflation

Explanation:

As we know that there are three functions of money i.e.

1. Unit of account

2. Store of value

3. Medium of exchange

There is only 3 functions of money that are shown above

So the protection against inflation would not be considered for the same

And, these 3 would represent the functions of money and can be treated as the unit of account, store of value and the medium of exchange

Hence, the option c is correct

5 0

3 years ago