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2 years ago

6

Which of these are mathematical laws that help us solve numerical problems? O A decimals O B. graphs O C. formulas OD. percentag

es O E. tractions

1 answer:

Nana76 [90]2 years ago

5 0

Answer:

The answer is C. Formulas.

Explanation:

Formulas: It is just a mathematical rule that is expressed in numerals or some other symbols and is used to solve a numerical problem.

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Using Apple as the company, how can this organization benefit from the four business intelligence capabilities? Identify the spe

luda_lava [24]

The four capabilities of a business intelligence can be divided into:

data presentation
data analysis
data ingestion
data foundation.

<h3>What is a business intelligence?</h3>

This refers to the technology that allows analyzing of data and delivering of actionable information that can helps executives, managers and workers make informed business decisions.

The system of business intelligence is vital for business because it allows them to have an insight into what their competitors are doing and to allows informed & educated decisions for plans.

The business intelligence would improve Apple's Customer Service function because it helps to gain better understanding of customers. For instance, it help to predict the future buying behavior of a customer.

In conclusion, the system thus increases the overall customer satisfaction by improving interactions with your customers and understanding their needs.

Read more about business intelligence

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7 0

1 year ago

Teagan Company uses Departmental Overhead allocation to allocate its manufacturing overhead costs. It has identified two depart

Sunny_sXe [5.5K]

Answer:

Machining:

Allocated MOH= $603

Assembly:

Allocated MOH= $450

Explanation:

Giving the following information:

Machining:

Allocates overhead using machine-hours

Estimated manufacturing overhead: $670,000

Estimated machine-hours= 10,000

Assembly:

Allocates overhead using direct labor hours.

Estimated manufacturing overhead: $450,000

Estimated direct labor hours= 15,000 hours

First, we need to calculate the estimated manufacturing overhead rate for each department:

To calculate the estimated manufacturing overhead rate we need to use the following formula:

Estimated manufacturing overhead rate= total estimated overhead costs for the period/ total amount of allocation base

Machining:

Estimated manufacturing overhead rate= 670,000/10,000= $67 per machine hour

Assembly:

Estimated manufacturing overhead rate= 450,000/15,000= $30 per direct labor hour.

Job 601:

Machining Department: 9 Machine Hours

Assembly Department: 15 DL hours

To allocate overhead we use the following formula:

Allocated MOH= Estimated manufacturing overhead rate* Actual amount of allocation base

Machining:

Allocated MOH= 67*9= $603

Assembly:

Allocated MOH= 30*15= $450

5 0

3 years ago

You are planning to save for retirement over the next 30 years. To do this, you will invest $750 per month in a stock account an

Nikolay [14]

Answer:

Ans. Assuming that the withdrawal period is 300 months (25 years), you can withdraw every month $15,547.96

Explanation:

Hi, first, we have to take to future value (30 years in the future) the invested capital (both the stock account and the bond account). From there, we will consider the sum of both future values as the present value of the annuity that you are about to receive for the next 25 years (300 months). But before we do all that, we need to convert the return rates (compounded monthly) into effective monthly rates, for that we just go ahead and divide each one by 12, as follows

r(Stock) = 0.105/12= 0.00875

r(Bond)= 0.061/12 = 0.00508

r(Combined Account)= 0.069/12=0.00575

Now we are ready, first, let´s find the future value of the stock account.

$FV(stock)=\frac{750((1+0.00875)^{360}-1) }{0.00875} =1,887,300.74$ }

Now, let´s find out how much will it be in 30 years, investing $325 per month, at the end of the month, at 0.508% effective monthly.

$FV(Bond)=\frac{325((1+0.00508)^{360}-1) }{0.00508} =332,526.95$

And then we add them up and we get:

$FV(stock)+FV(bond)=1,887,300.74+332,526.95=2,219,827.69$

Ok, now let´s find the annuity (monthly withdraw) taking into account that we are going to make 300 withdraws at a rate of 0.575% effective monthly,

$[tex]2,219,827.69=A(142.7729593)$

$\frac{2,219,827.69}{142.7729593} =A$

$A=15,547.96$ \frac{A((1+0.00575)^{300}-1) }{0.00575(1+0.00575)^{300} }[/tex]

Best of luck.

5 0

3 years ago

Mickey is a 12-year-old dialysis patient. Three times a week for the entire year he and his mother, Sue, drive 20 miles one way

gavmur [86]

Answer:

The right approach will be "$ 1123.2".

Explanation:

The number of miles to be used will be:

= $40 \ miles \ round \ trip\times 3 \ trips \ per \ week\times 52 weeks$

= $6240 \ miles$

Now,

The item deduction will be:

= $Number \ of \ used \ miles\times 18 \ cents \ per \ mile$

= $6240\times 1123.2$

= $1123.2$ ($)

4 0

3 years ago

valentina_108 [34]

True total utility always decreases when marginal utility is present

6 0

2 years ago