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3 years ago

6

Problem page at a sale this week, a desk is being sold for $228.80 . this is a 74% discount from the original price. what is the

original price?

1 answer:

kramer3 years ago

7 0

The answer to this is $309.19 (rounded) or $309.18 (unrounded). Use the part over whole = percent over 100 method.

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Profit is only a liability for the business. Can you justify this?

lara31 [8.8K]

Answer:

A growing company may not be earning any profits yet, but may nevertheless provide a great investment opportunity.

Other times, a lack of profitability can be a huge red flag that something is wrong with the firm.

Explanation:

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3 years ago

Management of Wee Ones (WO), an operator of day-care facilities, wants the company's profit to be subdivided by center. The firm

m_a_m_a [10]

Answer:

The correct answer is $23,430.

Explanation:

According to the scenario, the given data are as follows:

Total actual revenue = $1,700,000

Irvine Center actual revenue = $561,000

Advertising cost = $71,000

So we can calculate the amount of advertising that would be allocated to the Irvine center by using following formula:

Advertising Cost allocated = (Irvine Center actual revenue × Advertising cost) ÷ Total actual revenue

By putting the value, we get

= ($561,000 × $71,000) ÷ ( $1,700,000)

= $23,430.

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3 years ago

Using the data set below, what would be the forecast for period 5 using the exponential smoothing method? Assume the forecast fo

elena55 [62]

Answer:

The answer is C: 14300

Note: The actual answer is 14296, <em>and </em>the closest to that was option C.

Explanation:

Formula to calculate forecast using Exponential smoothing:

$F_{t} = F_{t-1} + \alpha ( A_{t-1} - F_{t-1} )$

Where,

$F_{t}$ = New Forecast
$F_{t-1}$ = Previous period's forecast.
$\alpha$ = Smoothing Constant
$A_{t-1}$ = Previous period's Actual Demand.

Calculating the forecast for period 5:

Data:

$F_{5} = ?$
$F_{t-1} = 14000$
$\alpha = 0.4$
$A_{t-1} = 14750$

Putting <em>values in the formula:</em>

$F_{5} =$ $14000 + 0.4(14750-14000)$

$F_{5} = 14000 + 0.4 (740)$

$F_{5} = 14000 + 296$

$F_{5} = 14296$

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3 years ago

A total-cost curve shows the relationship between the

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The answer has to be a

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3 years ago

True or false: small server sections are more typical in fast service operations

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Answer:

false

Explanation:

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3 years ago

Read 2 more answers