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4 years ago

15

Louisa works in marketing. She works with several different areas of the company that employs her. Which task does Louisa have o

thers perform?
A. Conducting meetings at a satellite office
B. Working on new marketing campaigns at home
C. Participating in teleconferences in her home office
D. Training other employees to use a computer

2 answers:

swat324 years ago

6 0

Answer:B

Explanation:

Oksanka [162]4 years ago

4 0

Answer:D

Explanation: so other employees have more experience and will be able to help around the office more

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Radford Inc. manufactures a sugar product by a continuous process, involving three production departments-Refining, Sifting, and

nalin [4]

Answer:

Following are the solution to this question:

Explanation:

In point 1:

Date Title post reference Dr. Cr. 30-sep Method work – refining 141 388000

Materials 131 385000

In point 2:

Date Title post reference Dr. Cr. 30-sep Method work – refining 141 141000

Payable Wages 251 141000

In point 3:

Date Title post reference Dr. Cr. 30-sep Method work – refining 141 96800

Factory overhead- refining 151 96800

In part B:

Date Title post reference Dr. Cr. 30-sep Method work – Sifting 142 625600

$(388000+141000+96800+(29800-30000))$

Method work – refining 141 625600

5 0

3 years ago

Using the continuous compounding equation, if someone invested $5,000 at an interest rate of 3.5%, and someone else invested $5,

UNO [17]

Answer:

Therefore after 16.26 unit of time, both accounts have same balance.

The both account have $8,834.43.

Explanation:

Formula for continuous compounding :

$P(t)=P_0e^{rt}$

P(t)= value after t time

$P_0$ = Initial principal

r= rate of interest annually

t=length of time.

Given that, someone invested $5,000 at an interest 3.5% and another one invested $5,250 at an interest 3.2% .

Let after t year the both accounts have same balance.

For the first case,

P= $5,000, r=3.5%=0.035

$P(t)=5000e^{0.035t}$

For the second case,

P= $5,250, r=3.5%=0.032

$P(t)=5250e^{0.032t}$

According to the problem,

$5000e^{0.035t}=5250e^{0.032t}$

$\Rightarrow \frac{e^{0.035t}}{e^{0.032t}}=\frac{5250}{5000}$

$\Rightarrow e^{0.035t-0.032t}=\frac{21}{20}$

$\Rightarrow e^{0.003t}=\frac{21}{20}$

Taking ln both sides

$\Rightarrow lne^{0.003t}=ln(\frac{21}{20})$

$\Rightarrow 0.003t}=ln(\frac{21}{20})$

$\Rightarrow t}=\frac{ln(\frac{21}{20})}{0.003}$

$\Rightarrow t= 16.26$

Therefore after 16.26 unit of time, both accounts have same balance.

The account balance on that time is

$P(16.26)=5000e^{0.035\times 16.26}$

=$8,834.43

The both account have $8,834.43.

7 0

3 years ago

If 7000 dollars is invested in a bank account at an interest rate of 7 per cent per year, Find the amount in the bank after 14 y

Harlamova29_29 [7]

Answer:

1. Interest compounded annually = $18,049.74

2. Interest compounded quarterly = $18,493.77

3. Interest compounded Monthly = $18,598.16

4. Interest compounded continuously = $18,651.19

Explanation:

First let me state the formula for compound interest:

The future value of a certain amount which is compounded is the total amount (Principal + interest) on the amount of money, after compound interests have been applied, and this is shown below:

FV = PV $(1+\frac{r}{n} )^{n*t}$

where:

FV = Future value

PV = Present value = $7,000

r = interest rate in decimal = 0.07

n = number of compounding periods per year

t = compounding period in years = 14

For interests compounded continuously, the Future value is given as:

FV = PV × $e^{r*t}$

where

$e$ is a mathematical constant which is = 2.7183

Now to calculate each on the compounding periods one after the other:

1. Interest compounded annually:

here n (number of compounding periods annually) = 1

Therefore,

FV = 7,000 × $(1+\frac{0.07}{1})^{14}$

FV = 7,000 × $1.07^{14}$ = $18,049.74

2. Interest compounded quarterly:

here, n = 3 ( there are 4 quarters in a year)

FV = 7,000 × $(1+\frac{0.07}{4} )^{4*14}$

FV = 7,000 × $1.0175^{56}$ = $18,493.77

3. Interest compounded Monthly:

here n = 12 ( 12 months in a year)

FV = 7,000 × $(1+\frac{0.07}{12} )^{12*14}$

FV = 7,000 × $1.005833^{168}$ = $18,598.16

4. Interests compounded continuously:

FV = PV × $e^{0.07 * 14}$

FV = 7,000 × 2.66446 = $18,651.19

3 0

3 years ago

Cullumber, Inc. produces three types of balloons—small, medium, and large—with the following characteristics: Small Medium Large

VikaD [51]

Answer: Small Balloons - 600 units

Medium Balloons - 0 units

Large Balloons - 467 units

Explanation:

To solve this question, the Contribution margin per hour must be ascertained to find out which product is manufactured more efficiently in relation to machine hours.

Small Balloon.

= Contribution margin per unit/ Machine hours per unit

= 3/1

= 3

Medium Balloon.

= Contribution margin per unit/ Machine hours per unit

= 3/2.4

= 1.25

Large Balloon

= Contribution margin per unit/ Machine hours per unit

= 4/3

= 1.33

From the above we can rank the most efficient.

Efficiency Ranking

Small Balloon - 1

Large Balloon - 2

Medium - Balloon 3

As a rule, it is better that a company produces goods it is more efficient at first,

Small Balloons will be produced first and have a demand of 600 units.

With a cost of 1 unit therefore, producing 600 would be,

= 600 * 1

= 600 machine hours.

With Small Balloons taking 600 hours and with a limit of 2,000 hours we are left with,

= 2,000 - 600

= 1,400 hours.

Next in production is Large Balloons at a demand of 880 units with each unit costing $3,

= 880 * 3

= 2,640 machine hours

Seeing as we only have 1,400 machine hours left all these hours will be converted to used for Large Balloons which means the following number of units will be produced,

= 1,400/3

= 466.67

= 467 units.

The Company should produce in the following order to maximise its total contribution margin.

Small Balloons - 600 units

Medium Balloons - 0 units

Large Balloons - 467 units

5 0

3 years ago

The stage of the new-product development process that specifies the features of the product and the marketing strategy needed to

grandymaker [24]

Answer:

"Business Analysis".

Explanation:

According to my research, new-product development is the complete process that a company goes through in order to bring a new product to the market. Based on the detailed description given within the question, I can say that the Stage being described is called "Business Analysis". This is one of the beginning stages within the development process.

I hope this answered your question. If you have any more questions feel free to ask away at Brainly.

8 0

3 years ago