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Blizzard [7]
3 years ago
9

__________is a technique to group tasks among workstations so that each workstation has—in the ideal case—the same amount of wor

k. a. Assembly-line balancing b. Job enlargement c. Job enrichment d. Cellular manufacturing
Business
1 answer:
Nadusha1986 [10]3 years ago
8 0

Answer:

The correct answer is A

Explanation:

Assembly-line balancing (ALB) is the term which is described as the process of decision for allocating the tasks to the workstations in the system of the serial production.

And the tasks comprise of the elemental operations needed to convert the raw material into the finished goods.

So, ALB (Assembly-line balancing) is the too, to group the tasks among the workstations so that the every workstation has the ideal case as well as same amount of the work.

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Sam has two options this weekend. He could work at his job and earn $9/hour for three hours, or he could go to a show at the the
taurus [48]

Answer: $57

Explanation:

Opportunity cost is the benefit that is foregone for an individual by choosing one alternative over other alternatives available to him.

If the opportunity cost is lower for an individual then this will benefit him whereas if the opportunity cost is higher then this will not benefit the individuals.

Opportunity cost of going to the theater:

Earning at work = $9 per hour × 3 hours

                          = $27

Theater ticket cost = $30

Therefore, total opportunity cost of going to the theater is as follows;

= Earning at work + Theater ticket cost

= $27 + $30

= $57

4 0
3 years ago
You can invest in an account that pays simple interest or an account that pays compound interest. In either case, you plan to in
trasher [3.6K]

Answer:

You will receive $201.38 more interest if the investment is made with a compound interest rate rather than a simple interest rate.

Explanation:

<u>Simple interest rate</u>

We can calculate how much interests you'd obtain if you deposited the $2,600 in a simple interest rate account.

We start using the following formula for calculating the simple interests:

I=P * r

Where:

<em>I</em> are the interests per year,

<em>P</em> is the amount being invested,

<em>r</em> is the interest rate.

Replacing in the formula with the given values we have:

I=2600*0.05=130

We then proceed to multiply this result by the <em>given number of years</em>, which is 8. We get 130*8=1040.

Finishing with the <em>simple interest rate</em>, if we wanted to know how much is the investment worth at the end of a 8 year period, we must merely add <em>the principal</em> (the $2,600) to the total interests after the end of the period ($1040). So 2600+1040= 3640.

We'll use these results later.

<u>Compound interest rate</u>

The formula for compound interests is the following:

I=P(1+r)^n

Where:

<em>I</em> is the value of the investment after <em>n</em> years,

<em>P</em> is the principal amount being invested,

<em>r</em> is the interest rate,

<em>n</em> are the number of years the investment is compounded.

Replacing in the formula with the given values we have:

I=2600*(1+0.05)^8=3841.38

After the 8 year period, the investor will have $3841.38 in it's compounded interest account.

<u>Comparing these results</u>

<u></u>

We can simply substract the value of both investments at the end of a 8 year period, to determine how much more interest does the compound interest rate account give in relation to a simple interest rate account.

The values we've gotten were:

$3,640 for the simple interest rate account, and

$3,841.38 for the compounded interest rate account.

3841.38-3640=201.38. Therefore the answer is: the account that pays compounded interests will pay $201.38 more to this invididual, compared to an account that pays simple interest.

8 0
3 years ago
2 Jodi owns 112 shares of stock selling for $16.20. How many more shares can she purchase after receiving a dividend of $0.80 po
marusya05 [52]

Answer:

The number of new shares = 6

Explanation:

Dividend is the proportion of profit paid by a company to its shareholder as a form of return on their investment. Another form of return on share investment is the capital gain; which is the difference between the selling price of a share now and its cost when it was purchased.

<em>For Jodi, we need to first calculate the amount of dividends earned on the total shares she owns. And then divide the result by the current purchase price of a share to arrive at the number of shares she can buy more.</em> This is done as follows:

Total dividends =  112× 0.80 = $89.6

Current price of a share = $16.20

THe number of shares that can be purchased= 89.6/16.20=5.5

The number of new shares = 6

6 0
3 years ago
Interest rates on 3-year Treasury securities are currently 1.92%, while 10-year Treasury securities yield 5.62%. If the pure exp
FromTheMoon [43]

Answer: 7.24%

Explanation:

From the question, we are told that:

3 years treasury securities have an interest rate = 1.92%

10 years treasury security has an interest rate = 5.62%

Let the 7 year treasury security interest in 3 years be represented by z.

Based on the expectation theory

( 1+1.92%)^3 × (1 + z%)^7 = (1 + 5.62%)^10

(1+0.0192)^3 × (1 + z%)^7 = (1 + 0.0562)^10

(1.0192)^3 (1 + z%)^7 = (1.0562)^10

1.05871(1 + z%)^7 = 1.72767

Divide both side by 1.05871

(1 + z%)^7 = 1.72767/1.05871

(1 + z%)^7= 1.6319

1 + z% = 1.6319^1/7

1 + z% = 1.6319^0.1429

1 + z% = 1.0724

z% = 1.0724 - 1

z% = 0.0724

We then convert the decimal to percentage

z = 7.24%

The market believes that 7-year Treasury securities will be yielding 7.24% in 3 years .

3 0
3 years ago
Baylor Bank believes the New Zealand dollar will appreciate over the next 15 days from $.90 to $.93. The following annual intere
maw [93]

Answer:

19 milion 86+15=91 19000091

5 0
2 years ago
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