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2 years ago

What are three ways to make money through investing in real estate?

2 answers:

4 0

Answer: By a sudden positive change in the economy, by renting out residences or land to customers, or by being smart about when and how the properties are put up for sale or rent

Explanation:

Alexandra [31]2 years ago

3 0

Answer:

There are three primary ways investors could potentially make money from real estate: An increase in property value. Rental income collected by leasing out the property to tenants.

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Average daily demand is 50 units and the standard deviation is 5 units. Lead time is 2 days and the service level is 95%. A peri

Elis [28]

Answer:

475

Explanation:

The computation of the target level that should be set is given below:

= demand per day × (lead time + review period)+ safety stock

where

safety stock is

= z value at service level × standard deviation × √(review period + lead time)

= 1.64 × 5 × √(7 + 2)

= 24.67

Now the target level should be

= 50 × (7 + 2) + 24.67

= 474.67

= 475

7 0

2 years ago

Tropical Tours reported revenue of $400,000 for its year ended December 31, Year2. Accounts receivable at December 31, Year1 and

Svetradugi [14.3K]

Answer:

Correct option is C.

Step wise solution is given below for demonstration.

4 0

2 years ago

Beau said to a close friend, "I am fed up with my company's continual disregard for the environment. They secretly dispose of ha

RideAnS [48]

Answer:

Beau's decision to tell somebody about his company's actions is an example of: whistle blowing

Explanation:

Ethics is the study of moral human behavior. Ethical behavior usually varies with different areas. What is considered ethical is always subject to the cultural standards of that particular place. In a company environment, there are ethical standards that are supposed to be met on the part of the company and also individuals working in the company.

One major ethical standard that companies must maintain is environmental protection. This is more prevalent in manufacturing companies that have to release toxic waste to the environment in the form of fumes to the atmosphere or liquid waste to rivers and water bodies. The environment is used by all living beings and therefor it needs to be protected. Ethical standards dictate that industrial waste should be kept below toxic levels before being released into the environment.

It is also ethical for any individual working in a company and has information about unethical practices of a company to publicly expose the company so that they can be held accountable for their actions. This is referred to as whistle blowing. Beau's decision to inform a newspaper reporter about the actions of the company in destroying the environment is an example of whistle blowing. Her decision is a typical example of ethical behavior.

8 0

3 years ago

Month Maintenance Machine Health Number of Shipping Units

8_murik_8 [283]

Answer:

1. Variable cost = Shipping costs

Fixed cost = Health Insurance

Mixed cost = Maintenance costs

Shipping costs are variable because a unit shipped costs $3.60. The total shipping cost for each month varies according to the units shipped in the month.

Health Insurance costs are fixed as there is no change in cost notwithstanding the number of employees in each month. The total health insurance cost remains the same every month.

Maintenance costs are mixed for each month, as there is a fixed element and a variable element.

2. Cost function for each cost:

Maintenance = $4,200 + $2.10 per machine hour

Health Insurance = $8,600

Shipping cost = $3.60 per unit

3. Cost function = $12,800 + $2.1m + $3.6s

where m = machine hours

and s = units shipped

4. The total operating cost for the month

= $46,040

Explanation:

a) Data and Calculations:

Month Maintenance Machine Health Number of Shipping Units

costs Hours Insurance Employees Costs Shipped

January 4500 165 8600 68 25778 7160

February 4452 120 8600 75 29664 8240

March 4600 230 8600 92 28674 7965

April 4850 318 8600 105 23058 8405

May 5166 460 8600 89 21294 5915

June 4760 280 8600 87 33282 9245

July 4910 340 8600 93 31428 8730

August 4960 360 8600 88 30924 8415

September 5070 420 8600 95 25110 6975

October 5250 495 8600 102 25866 7185

November 5271 510 8600 97 20124 5590

December 4760 275 8600 94 34596 9610

Cost Function for each cost:

Maintenance cost:

Machine Cost

Hours

November 510 5271

February 120 4452

Difference 390 819

Variable cost = $2.10 (819/390)

Fixed cost = $4,200 ($5,271 - ($2.10*510))

Health Insurance:

Fixed cost = $8,600

Shipping cost:

Variable cost = $3.60 per unit

Cost function = $4,200 + $2.10m + $8,600 + $3.60s

= $12,800 + $2.1m + $3.6s

February cost = $12,800 + $2.1(120) + $3.6(8240)

= $12,800 + $252 + $29,664

= $42,716

IF:

Machine hours = 400

Employees = 80

Shipped units = 9,000

The total operating cost for the month will be:

Cost function = $12,800 + $2.1m + $3.6s

= $12,800 + ($2.1 * 400) + ($3.6 * 9,000)

= $12,800 + $840 + $32,400

= $46,040

4 0

2 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