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3 years ago

Name two kind of businesses that you could start in the fashion industry and explain what skills you would need to start them.

1 answer:

8 0

You could start a shop that sales clothes you would need to know how to run a business and the best way to set the store up to make sure it is smoothly being ran and to make sure you are making sales and you could also make a distribution center that will distribute your product to stores across the world you would need to know how to market your supply and make sure you can get your foot in the door into bigger business and will also need to know how to keep items in stock

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If analytical procedures are performed with no indications of likely misstatements, ARIA will ________ and the sample size wil

sertanlavr [38]

Answer:

"C"

Explanation:

If analytical procedures are performed with no indications of likely misstatements, ARIA will increase and the sample size will decrease.

8 0

3 years ago

The cost of creating an email campaign for a product or a service is typically more expensive and takes longer to conduct than a

kirill [66]

"The cost of creating an email campaign for a product or a service is typically more expensive and takes longer to conduct than a direct-mail campaign" is FALSE.

Option: B

Explanation:

Email campaigning is the practice of mailing out a promotional message via online, usually to a collection of people. Each email sent to a prospective or existing client may be regarded email advertising in its purest sense.

It automatically sends ads, soliciting business, or soliciting sales or donations via email. This process is faster than direct-campaign, because direct is time taking and hectic. Require huge manpower and not that effective as e-mailing, as people are more active and available too in online than offline.

6 0

3 years ago

Arthur Meiners is the production manager of Wheel-Rite, a small producer of metal parts. Wheel-Rite supplies Cal-Tex, a large

lidiya [134]

Answer:

The optimum production quantity is 72 wheel bearings per batch.

Explanation:

Wheel Rite can produce 480 wheel bearings per day.

Setup cost are $39 per batch.

Holding costs are $0.70 per unit per year.

The optimum batch size can be calculated as the one that minimizes the cost. This can be calculated with the Economic Order Quantity formula:

$Q=\sqrt{\frac{2DS}{H} }$

In this case, the units are:

D: daily demand (52 u.)

S: Setup cost per order ($39)

H: holding cost per unit per year ($0.70)

Then, we have:

$Q=\sqrt{\frac{2DS}{H} }=\sqrt{\frac{2*52*39}{0.7} }=\sqrt{5,794}=76.12\approx 72$

The optimum production quantity is 72 per batch.

5 0

3 years ago

One of the major influences on building partnering relationships in personal selling is _______, composed of personal standards

zalisa [80]

Answer: The correct answer is "Character".

Explanation: The character is the set of traits, qualities or circumstances that indicate the nature of a thing or the way of thinking and acting of a person, and by which it is distinguished from others.

So, one of the major influences on building partnering relationships in personal selling is character, composed of personal standards resulting in decisions made about what's right and wrong.

7 0

3 years ago

The S&H Mercantile in Luther is the only game in town for a number of items, and tries valiantly to use only the storage spa

Artemon [7]

Answer:

A. The required order cost per lot is $0.388

B. The required order cost per lot is $0.9216

Explanation:

A. According to the given data Given area of shelf space = 5 Ft * 4 Ft = 20 Sq. Ft

Let us covert it to Sq. inch

1 Ft = 12 Inches

Therefore , Area of shelf space = 20 *12 * 12 = 2,880 Sq. in

1 can of water takes 20 Sq inch of shelf space

Therefore no. of cans that the shelf space can hold = 2880 / 20 = 144 Cans

Now SH wants to store exact amount of shelf space without needing to store cans somewhere elseand hence this 144 cans becomes EOQ (Economic order Qty.)

Now we know EOQ = √(2KD) / h ----Eq. 1

EOQ = 144

K = Fixed ordering cost = ?

D = Annual demand = 8000

h = Holding cost = ?

C = Cost per can = $ 3

i = 10 % (Carrying cost as percentage of Unit cost)

h = i * C

h = 10 % * $ 3

h = $ 0.3

Substituting above in Eq. 1 and solve for K

EOQ = √ (2KD) / h

144 = √(2 * K * 8000) / 0.3

Squaring both sides we get

20,736 = (16,000 * K ) / 0.3

20,736 * 0.3 = 16,000 * K

K = 6220.8 /16000

K = $ 0.388 = Ordering cost per order

The required order cost per lot is $0.388

B. Here EOQ remains same = 144 But other parameters change

K = Fixed ordering cost = ?

D = Annual demand = 27,000

h = Holding cost = ?

C = Cost per can = $ 12

i = 20 % (Carrying cost as percentage of Unit cost)

h = i * C

h = 20 % * $ 12

h = $ 2.4

Substituting above in Eq. 1 and solve for K

EOQ =√(2KD) / h

144 = √(2 * K * 27,000) / 2.4

Squaring both sides we get

20,736 = ( 54,000 * K ) / 2.4

20,736 * 2.4 = 54,000 * K

K = 49,766.4 /54,000

K = $ 0.9216 = Ordering cost per order

The required order cost per lot is $0.9216

4 0

3 years ago