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3 years ago

You want to create a relational database for your company. Which application below would assist you in doing this?

1 answer:

3 0

The right answer for the question that is being asked and shown above is that: "c. Access." You want to create a relational database for your company. The application that would assist you in doing this is the Microsoft Access. It is just a simple database handler.

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Pls help for questions no 2, 3, 4, 7, 8, 9, 10

Montano1993 [528]

I can’t see the question

5 0

3 years ago

Investing $2,000,000 in TQM's Channel Support Systems initiative will at a minimum increase demand for your products 3.0% in thi

Neko [114]

Answer:

the payback period is 14 months

Explanation:

The computation of the payback period is shown below:

Profit is

= $2,000,000 - $1,669,426

= $330,574

Now payback period is

= 1 + $330,574 ÷ $1,669,426

= 1 +0.198 years

= 1.198 years

= 14.37 months

= 14 months

Hence, the payback period is 14 months

8 0

3 years ago

Elizabeth Kennedy sells beauty supplies. Her annual demand for a particular skin sparkle is 17,000 units. The cost of placing an

elena-s [515]

Answer:

The minimum cost will be "$214085".

Explanation:

$D = 1700 units \\\\S = \$ 50 \\\\H= 20%\\$

i) When quantity = 1-1500, price = $ 12.50 , and holding price is $12.50 * 20 %= $2.50.

ii) When quantity = 1501 -10,000, price = $ 12.45 , and holding price is $12.45 * 20 %= $2.49.

iii) When quantity = 10,0001- and more, price = $ 12.40 , and holding price is $12.40 * 20 %= $2.48.

$EOQ= \sqrt{\frac{2DS}{H}} \\\\EOQ1= \sqrt{\frac{2\times 17000\times 50}{2.50}} \\\\EOQ1=824.62 \ \ \ or \ \ \ 825\\$

$EOQ2= \sqrt{\frac{2\times 17000\times 50}{2.49}} \\\\EOQ1=826.2T \ \ \ or \ \ \ 826\\$

$EOQ3= \sqrt{\frac{2\times 17000\times 50}{2.48}} \\\\EOQ3=827.93 \ \ \ or \ \ \ 828\\$

know we should calculate the total cost of EOQ1 and break ever points (1501 to 10,000)units

$total \ cost = odering \ cost + holding \ cost + \ Annual \ product \ cost\\\\total_c = \frac{D}{Q} \times S + \frac{Q}{2} \times H + (p \times D) \\\\T_c = \frac{17000}{825} \times 50+ \frac{825}{2} \times 2.50 + (12.50 \times 17000)\\\\T_c = 1030 .30 +1031.25+212500\\\\T_c =$ 214561.55\\\\$

$T_c = \frac{17000}{1501} \times 50+ \frac{1501}{2} \times 2.49 + (12.45 \times 17000)\\\\T_c = 566.28 +1868.74+211650\\\\T_c =$ 214085.02 \ \ \ or \ \ \ $ 214085\\\\$

$T_c = \frac{17000}{10001} \times 50+ \frac{10001}{2} \times 2.48 + (12.40 \times 17000)\\\\T_c = 84.99+ 12401.24+210800\\\\T_c =$ 223286.23 \\$

The total cost is less then 15001. So, optimal order quantity is 1501, that's why cost is = $214085.

5 0

3 years ago

Which statement regarding strategies is true?

Iteru [2.4K]

<span>"C. Strategies facilitate objectives" This is true because there's a series of objectives that must be completed within any strategy, and the other options can be true however not for every strategy.</span>

5 0

3 years ago

What limits are placed on the government's power to tax?

riadik2000 [5.3K]

The U.S. taxing power, while very broad, has important limitations. First, direct taxes must be apportioned, a very difficult requirement. Second, duties, imposts, and excises must be uniform—an easy-to-meet standard, but one which, if ignored, can be fatal to a statute.

P.S. I hope this helps

6 0

3 years ago