A command economy features:

Which of the following of Wegman's motivating factors is an intrinsic motivator?

Delvig [45]

The answer choice which shows the Wegman's motivating factor which is an intrinsic motivator is:

a. A sense of pride from meeting customer needs

<h3>What is a motivating factor? </h3>

This refers to the things which makes a person behave in a certain way with the aim of getting a reward.

<h3>What is Intrinsic Motivation? </h3>

This refers to the pleasures gotten from performing a task or doing a certain action which is for fun, rather for external motivation like money or other rewards.

Therefore, we can see that from Wegman's policy, he was able to get intrinsic motivation from meeting the customer's needs which gave him a sense of pride.

Read more about motivation here:

brainly.com/question/6853726

7 0

2 years ago

1. A new furnace for your small factory will cost $27,000 to install and will require ongoing maintenance expenditures of $1,500

Marina CMI [18]

Answer:

payback 3.29 years

NPV 87,158.55

Explanation:

PO 27,000

<u>Cash flow saving Y1 </u>

2400 x 3.5 = 8,400

expenditures (1,500)

net savings 6,900

<u>Cash flow saving Y2 </u>

The price will increase 0.5

6,900 + 2,400 x 0.5 = 8,100

<u>Cash flow saving Y3 to Y20</u>

The price will increase 0.5

8,100 + 2,400 x 0.5 = 9,300

We have an annuity of 18 years for 9,300 cash

And then we have a cash flow of 6,900

and another of 8,100

$C \times \frac{1-(1+r)^{-time} }{rate} = PV\\$

C = 9,300

r = 8%

time = 18

$9,300 \times \frac{1-(1+0.08)^{-18} }{0.08} = PV\\$

PV = 87,158.55

Now this values are years into the future, so we need to bring them to present day.

$\frac{Principal}{(1 + rate)^{time} } = PV$

year 1 principal 6,900

6,900/1.08 = 6,388.89

year 2 principal 8,100

$\frac{8,100}{(1 + 0.08)^{2} } = PV$

PV= 5,915.64

year 3 annuity 87,158.55

$\frac{87,158.55}{(1 + 0.08)^{3} } = PV$

PV= 69,189.27

cash flow - investment = net present value

69,189.27 + 5,915.64 + 6,388.89 - 27,000 = 54,493.8

The payback will be the time perdion when the project recovers it initial cost:

we first add the income from the irregular years and subtract from the investment

6,900 + 8,100 = 15,000

27,000 - 15,000 = 12,000

then we use the general formula investment/cash flow per year

12,000/9,300 = 1.29

the project need the first two years and then 1.29 years

2 + 1.29 = 3.29 years

6 0

3 years ago

Who will receive the vaccines if the university health center sells them for the $20.00 market price?

Vesna [10]

The students who will receive the vaccines if the University Health Center sells them for $20.00 are the students who will pay for them at that price.

<h3>Who will receive the vaccines?</h3>

The University Health Center has set a price of $20.00 for the vaccines which means that if a person wants a vaccine, they need to pay $20.

The people who will receive the vaccines therefore, are those students who are willing to pay for the vaccines at the price of $20.00.

Full question is:

University Health Center receives 500 flu vaccinations at the beginning of each flu season. Suppose they offer these vaccines for $20.00 each. Assume that college students have varying budgets, some have some money to spare, some are on a very tight budget. Some students have pre‑existing conditions, such as asthma and diabetes, that place them at high risk for the flu.

Who will receive the vaccines if the University Health Center sells them for this price?

the students who will pay for them at that price
the students who most need them the students with asthma and diabetes
the students who most want them

Find out more on market pricing at brainly.com/question/12960067.

#SPJ1

8 0

2 years ago

Homeyer Corporation has provided the following data for its two most recent years of operation: Selling price per unit $ 71 Manu

Alex

Answer:

Net operating profit= 102,000

Explanation:

Giving the following information:

Selling price per unit $ 71

Manufacturing costs:

Direct materials $ 12

Direct labor $ 6

Variable manufacturing overhead $ 3

Fixed manufacturing overhead per year $ 264,000

Selling and administrative expenses:

Variable selling and administrative expense per unit sold $ 4

Fixed selling and administrative expense per year $ 74,000

Year 1

Units in beginning inventory 0

Units produced during the year 11,000

Units sold during the year 8,000

Units in ending inventory 3,000

Year 2

Units in beginning inventory 3,000

Units produced during the year 12,000

Units sold during the year 14,000

Units in ending inventory 1,000

Unitary cost= (12 + 6 + 3) + (264,000/11,000)= $45

Income statement:

Sales= (8,000*$71)= 568,000

COGS= (8,000*45)= 360,000 (-)

Gross profit= 208,000

Variable selling and administrative= (4*8000)= 32,000 (-)

Fixed selling and administrative expense= 74,000 (-)

Net operating profit= 102,000

4 0

3 years ago

You are planning your retirement in 10 years. You currently have $169,000 in a bond account and $609,000 in a stock account. You

Over [174]

Answer:

$187,584.20

Explanation:

Firstly, we need to calculate the total future value (FV) of the bond account and stock account after 10 year from now (when you come to retirement age):

FV_bond at retirement = 169,000 x (1 + 7.25%)^10 + 7,100 x (1 + 7.25%)^9 + 7,100 x (1 + 7.25%)^8 + … 7,100 x (1 + 7.25%)^0 = 426,230.93

FV_stock at retirement = 609,000 x (1 + 10.75%)^10 = 1,690,653.63

Total FV of your investment portfolio = 2,116,884.57

Because you plan to use up all the funds in your account after 21 equal amount withdrawals after retirement, total present value <em>(at the time you retire not now)</em> of these withdrawals <em>(discounted at 6.5%)</em> have to be equal to the value of your invesment 10 years from now, or:

2,116,884.57 = C/(1+6.5%) + C/(1+6.5%)^2 + … + C/(1+6.5%)^21, with C is the amount you plan to withdraw each year.

Solve the equation we get C = 187,584.20

<em>Note: The equation can be solved easily using Excel or BAII Plus.</em><em> </em>

5 0

3 years ago