All categories

4 years ago

___________ is about two-thirds of the demand side of gdp, but it moves relatively little over time.

Business

1 answer:

sertanlavr [38]4 years ago

7 0

"Consumption" is about two-thirds of the demand side of gdp, but it moves relatively little over time.

Consumption expenditure by family units is the biggest segment of GDP, representing around two-thirds of the GDP in any year. This reveals to us that shoppers' spending choices are a noteworthy driver of the economy. Notwithstanding, consumer spending is a delicate elephant: when seen after some time, it doesn't bounce around excessively.

You might be interested in

Which of the following scenarios is typically an appreciating asset?

Aleksandr [31]

I'm pretty sure it's D- All of the above

6 0

3 years ago

Larry Ellison starts a company that manufactures high-end custom leather bags. He hires two employees. Each employee only begins

Degger [83]

Answer:

12.55 days

Explanation:

Provided information

Number of employees 2

Average production time=1.8 days

Standard deviation=2.7 days

Inter-arrival time= 1 day

Coefficient of variation= 1 day

Standard deviation of inter-arrival time= 1 day

The coefficient of variations

Inter-arrival coefficient of variation

$C_{vi}=\frac {\sigma}{T}$ where $\sigma$ is standard deviation of inter-arrival time, T is inter-arrival time and $C_v$ is coefficient of variation of inter-arrival time

$C_{vi}=\frac {1 day}{1 day}=1$

Production time coefficient of variation

$C_{vp}=\frac {2.7}{1.8}=1.5$

Total utilization time

$U=\frac {T}{n*T_i}$ where T is the time of production, n is number of employees, U is utilization, $T_i$ is inter-arrival time

$U=\frac {1.8}{2*1}=0.9$

Therefore, utilization time by 2 employees is 0.9

Expected average waiting time

$T_e=(\frac {T}{n*T_i})*0.5(C_{vi}^{2}+C_{vp}^{2})*(\frac{U^{\sqrt{2(n+1)}-1}}{1-U})$

Where $T_e$ is expected average waiting time and the other symbols as already defined

Substituting 1.5 for $C_{vp}$ , 1 for $C_{vi}$ , 0.9 for U, 2 for n, 1 for $T_i$ and 1.8 for T

$T_e=(\frac {1.8}{2*1})*0.5(1^{2}+1.5^{2})*(\frac{0.9^{\sqrt{2(2+1)}-1}}{1-0.9})$

$T_e=0.9*1.625*8.583709=12.55367 days$ and rounding off to 2 decimal places we obtain 12.55 days

Therefore, expected duration between order received and beginning of production is approximately 12.55 days

7 0

3 years ago

Kristen Lu purchased a used automobile for $10,100 at the beginning of last year and incurred the following operating costs: Dep

densk [106]

Answer:

Instructions are listed below

Explanation:

Giving the following information:

Kristen Lu purchased a used automobile for $10,100 at the beginning of last year and incurred the following operating costs: Depreciation ($10,100 ÷ 5 years) $ 2,020 Insurance $ 1,100 Garage rent $ 600 Automobile tax and license $ 280 Variable operating cost $ 0.14 per mile

1) 10,000 miles

Insurance= 1,100

Garage= 600

Tax= 280

Variable costs= 0.14*10,000= 1,400

Total= $3,380

Cost per mile= 3380/10000= $0.338

2) The only relevant cost is the variable operating cost per mile. The other costs will exist whether she uses the car or not.

3 0

4 years ago

Suppose a local hardware store has explicit costs of $2 million per year and implicit costs of $44,000 per year. If the store ea

Korolek [52]

Answer: $94,000

Explanation:

7 0

3 years ago

What is the prime rate? a. the prime rate is the best interest rate that banks offer their most creditworthy customers. b. the p

trapecia [35]

Prime rate is (a) the best interest rate that banks offer their most creditworthy customers.

A prime rate is decided by the bank to lend money to its customers where the credit giving is decided on the basis of the credit history and points on the customers formally known as the credit rate of investment.

It totally depends upon the allowance of credit by financial institutions and then the payment made by the loan taking customers within a stipulated time frame.

To learn more about prime rate here,

brainly.com/question/28235888

#SPJ1

3 0

1 year ago