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3 years ago

12

Long-term contracts for both warehousing and transportation requirements will be more effective if the demand and price of wareh

ousing do not change in the future or if the price of warehousing goes up.
a) true
b) false

1 answer:

vampirchik [111]3 years ago

6 0

Answer:

true

Explanation:

long term means it will be used for a long time thus if the price is not constant and keeps rising it wont be effective

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According to economists, natural resources, labor, capital, and entrepreneurship are called

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It is called Factors of production. It is a financial term that depicts the data sources that are utilized as a part of the creation of merchandise or administrations keeping in mind the end goal to make a monetary benefit. The variables of creation incorporate land, work, capital, and business enterprise.

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3 years ago

Which type of organizational purchase situation is characterized by high purchase importance and complexity, a large and evolvin

yaroslaw [1]

Answer:

New Task

Explanation:

The new task is a <em>company purchasing scenario where the purchaser initially buys a products or services for the first time with no testing experience. </em>

An comprehensive search is performed to assess alternatives, however. The higher the price or risk concerned, the more decision-making participants ' knowledge is required.

For instance, an organization that purchases raw resources for the first time to produce devices.

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3 years ago

Mich Inc., a hardware store, has a rating system in place that rates employees on their friendliness, usefulness, and product kn

makvit [3.9K]

Answer:

Customer-focused compensation strategy

Explanation:

Customer-focused compensation strategy is the rating system where the employees are rated based on the way customers are being serviced. In this scenario, Mich Inc. is rating its employees on their friendliness, usefulness, and product knowledge, so the compensation strategy followed by Mich is closely described as a customer-focused strategy.

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3 years ago

The market demand function for corn is Qd = 5 15 - 2P and the market supply function is Qs= 5P- 6, both quantities measured in b

GaryK [48]

Answer:

The Producer surplus = 19.6.

consumer surplus = 12.25.

Aggregate supply = 31.85.

Explanation:

Normally, the demand equilibrium function equals to supply equilibrium function will get us the price which is $3 that is Qd = Qs. Hence, if we equate both function together like;

15 - 2P = 5P - 6.

15 +6 = 5P + 2P.

21 = 7P.

P = $3.

Thus, Qd = 15 - 2P= 15 - 2(3) = 15 - 6 = 9 units.

Qs = 5P - 6 = 5(3) - 6 = 15 - 6 = 9.

Therefore, if the price is going to be Increased by $4, we will have that;

Qd = 15 - 2P= 15 - 2(4) = 15 - 8 = 7 units.

=> The Producer surplus = 1/2 × 14 (4 - 1.2) = 19.6.

=> consumer surplus = 1/2 × 7 (7.5 - 4) = 12.25.

Aggregate supply = Producer surplus + consumer surplus = 19.6 + 12.25 = 31.85.

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3 years ago

Let’s see how fees can hurt your investment strategy. Let’s assume that your mutual fund grows at an average rate of 5% per year

elena-14-01-66 [18.8K]

Answer:

We notice that the more the fees increase for a constant rate of return, the number of years it takes to double on the investment also increases. For example;

a). 15.6 years

b). 20 years

c). 28 years

Explanation:

The rule of 70 is a formula that can be used to estimate the number of years it will take an investment to double up.The formula is expressed as;

Number of years to double=70/Annual rate of return

a). Given;

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=0.5%

Net rate of return=Annual rate of return-Annual fees=(5%-0.5%)=4.5%

Replacing;

Number of years to double=70/Net rate of return

=70/4.5=15.555 to nearest tenth=15.6 years

b). Given;

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=1.5%

Net rate of return=Annual rate of return-Annual fees=(5%-1.5%)=3.5%

Replacing;

Number of years to double=70/Net rate of return

=70/3.5=20.0 to nearest tenth=20 years

c). Given

Annual rate of return per unit of investment=5%

Annual fees per unit of investment=2.5%

Net rate of return=Annual rate of return-Annual fees=(5%-2.5%)=2.5%

Replacing;

Number of years to double=70/Net rate of return

=70/2.5=28.0 to nearest tenth=28 years

We notice that the more the fees increase for a constant rate of return, the number of years it takes to double on the investment also increases

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4 years ago