All categories

2 years ago

Iron triangles have given way to _____ over the years. intergovernmental lobbying issue networks reverse lobbying iron squares

1 answer:

monitta2 years ago

8 0

Iron triangles have given way to INTER-GOVERNMENTAL LOBBYING over the years.

Iron triangles refer to a mutual relationship between three three groups or organizations such as government agencies, interest groups and legislative committees (law makers). It is a policy making relationship in the United States politics.

You might be interested in

A researcher in Alaska measured the age (in months) and the weight (in pounds) of a random sample of adolescent moose. When the

FinnZ [79.3K]

Answer:

c. 0.59

Explanation:

Correlation co-efficient refers to a statistical measure that computes the strength of a relationship between two variables. It does not have a unit like meter per second or months per pound. A correlation co-efficient of 1 means that there is a strong and positive relationship or direct relationship, while a negative correlation means an inverse relationship.

7 0

2 years ago

As a graduating senior, Chun Kumora of Manhattan, Kansas, is eager to enter the job market at an anticipated annual salary of $5

sammy [17]

Answer:

a. Chun Kumora's salary in ten years=$72,571.48

b. Chun Kumora's salary in twenty years=$97,530.01

c. Amount of raise Chun needs to receive next year=$1,620

d. Amount of raise Chun needs to receive the year after=$3,288.60

Explanation:

When choosing a career, there are various factors that need to be considered. One such factor is the salary. The expected salary should match with the salary average salary in the market. In our case, the annual salary is expected to be $54,000, but in order to estimate future salary requirements, the inflation rate has to be considered since the value of money reduces with time. Lets solve Chun Kumora's case as follows;

a. Salary in ten Years

The future value of the $54,000 salary in ten years while accounting for inflation can be expressed as;

F.V=P.V(1+r)^n

where;

F.V=future value

P.V=present value

r=inflation rate

n=number of years

In our case;

F.V=unknown, yet to be determined

P.V=$54,000

r=3%=3/100=0.03

n=10 years

replacing;

F.V=54,000(1+0.03)^10

F.V=54,000(1.03)^10

F.V=$72,571.48

Chun Kumora's salary in ten years=$72,571.48

b. Salary in twenty Years

The future value of the $54,000 salary in twenty years while accounting for inflation can be expressed as;

F.V=P.V(1+r)^n

where;

F.V=future value

P.V=present value

r=inflation rate

n=number of years

In our case;

F.V=unknown, yet to be determined

P.V=$54,000

r=3%=3/100=0.03

n=20 years

replacing;

F.V=54,000(1+0.03)^20

F.V=54,000(1.03)^20

F.V=$97,530.01

Chun Kumora's salary in twenty years=$97,530.01

Amount of raise Chun needs to receive next year;

In our case;

F.V=unknown, yet to be determined

P.V=$54,000

r=3%=3/100=0.03

n=1 year

replacing;

F.V=54,000(1+0.03)^1

F.V=54,000(1.03)^1

F.V=$55,620

Raise=Amount next year-current amount

where;

Amount next year=$55,620

current amount=$54,000

replacing;

Raise=56,620-54,000=$1,620

Amount of raise Chun needs to receive the year after;

In our case;

F.V=unknown, yet to be determined

P.V=$54,000

r=3%=3/100=0.03

n=2 year

replacing;

F.V=54,000(1+0.03)^2

F.V=54,000(1.03)^2

F.V=$57,288.60

Raise=Amount next year-current amount

where;

Amount next year=$57,288.60

current amount=$54,000

replacing;

Raise=$57,288.60-54,000=$3,288.60

7 0

2 years ago

Starling Company purchased machinery at the beginning of Year 1 at a cost of $86,100. The machinery has an estimated life of fiv

Alja [10]

Answer: $10,906

Explanation:

Given that,

Purchased machinery at the beginning of Year 1 = $86,100

machinery has an estimated life of five years,

Estimated residual value = $4,305

Accumulated depreciation = $49,077 at the end of Year 2

Year 3 Depreciation expense:

= $\frac{Cost\ of\ machinery - Estimated\ residual\ value - Accumulated\ depreciation}{3}$

= $\frac{86,100 - 4,305 - 49,077}{3}$

= $10,906

5 0

2 years ago

Instructions:Select the correct answer.When he’s making a presentation, Kevin refers to the points he has noted below each prese

inna [77]

The answer is D. Notes Page

5 0

2 years ago

Read 2 more answers

Tri-products is trying to decide whether to make or buy an accessory item for one of their products. It is projected that this i

Novosadov [1.4K]

Answer:

The best choice is process A since it has the highest EMV of $330000

Explanation:

there is a 50% chance that they will sell 50,000 units, and a 50% chance that they will sell 100,000 units

The decision tree is attached below, the calculations for the decision tree is given as:

The item sells for $10. Process A requires an investment of $120,000 for design and equipment, but results in a $4 per unit cost.

If there is high demand, they will sell 100,000 units, The profit = 100000($10-$4) - $120000 = $480000.

If there is low demand, they will sell 50,000 units, The profit = 50000($10-$4) - $120000 = $180000.

The EMV of process A = 0.5($480000) + 0.5($180000) = $330000

Process B requires only a $100,000 investment, but its per unit cost is $5

If there is high demand, they will sell 100,000 units, The profit = 100000($10-$5) - $100000 = $400000.

If there is low demand, they will sell 50,000 units, The profit = 50000($10-$5) - $100000 = $150000.

The EMV of process B = 0.5($400000) + 0.5($150000) = $275000

If the item is outsourced, there is virtually no cost other than the $6 per unit that they would pay their supplier

If there is high demand, they will sell 100,000 units, The profit = 100000($10-$6) = $400000.

If there is low demand, they will sell 50,000 units, The profit = 50000($10-$6) = $200000.

The EMV of Buying = 0.5($400000) + 0.5($200000) = $300000

The best choice is process A since it has the highest EMV

7 0

2 years ago