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Alik [6]
3 years ago
15

When your ability to divide your attention is impaired the chances of being involved in a collision increase a bal as low as has

been shown to affect divided attention while driving?
Business
2 answers:
allsm [11]3 years ago
5 0
<span>When your ability to divide your attention is impaired the chances of being involved in a collision increase. A BAL as low as <u>0.02</u> has been shown to affect divided attention while driving.

BAL stands for Blood Alcohol Concentration Level. As the BAL increases, so does the level of impairment. The nearer the BAL is to 1, the more probable it is to meet an accident while driving. Thus, it is better to either ride a cab in going home or sleep in a safe place until the alcohol leaves the bloodstream.</span>
nikitadnepr [17]3 years ago
4 0

Answer:

0.02

Explanation:

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The residents of cities A, B, C, D and E consume wi-fi routers, with consumption in each city is 150 routers (see the map below)
natta225 [31]

Answer:

a. The production process shows that the more the quantity produced, the less the average cost of production.  It proves that there are advantages arising from economies of scale.

AC with Q = 150 = $10 ($1,500/150) and

AC with Q = 750 = $2 ($1,500/750)

b. The optimal arrangement is (centralized production) to produce the 750 routers at city C and ship to the 4 other cities.

c. AC with Q = 150 = $10 (14000/(150+1250) and

AC with Q = 750 = $7 (14000/(750+1250)

d. The cost-minimizing arrangement of production in this case is decentralized production.

e. The average cost of producing 150 units at the various cities has remained unchanged while the average cost of producing the 750 units at city C has increased from $2 to $7.

f. Suppose now production costs are those given in part (a) but let shipping cost per router be given by t (in the preceding discussion, we had t = 6, now we assume we don’t know the cost of shipping).

The value of t that would make the two arrangements for production (centralized versus separate factories) equivalent in terms of cost is:

t = $10 per router

Therefore, centralized production cost will be equal to $7,500 ($1,500 + ($10 * 600), and decentralized production cost will remain at $7,500 (750 * $10).

Explanation:

a) Data and Calculations:

Cities with consumers of wi-fi routers = A, B, C, D and E

Demand for routers by each city = 150

Total number of routers required = 750 (150 * 5)

b) Suppose the average cost of producing a router is AC (Q) = 1500/Q, where Q is the number of routers produced in a factory:

Therefore AC with Q = 150 = $10 ($1,500/150) and

AC with Q = 750 = $2 ($1,500/750)

Cost of Production of routers in city C:

cost of producing 750 routers at $2 per router = $1,500

Shipping cost of 600 routers to 4 cities at $6 per router = $3,600

Total cost of producing at city C = $5,100 ($1,500 + $3,600)

Total cost of producing 750 routers at 5 cities = $7,500 ($1,500/150 * 750)

c) Suppose the average cost of producing a router is AC = 14000/(Q+1250):

Therefore, AC with Q = 150 = $10 (14000/(150+1250) and

AC with Q = 750 = $7 (14000/(750+1250)

Cost of Production of routers in city C:

cost of producing 750 routers at $7 per router = $5,250

Shipping cost of 600 routers to 4 cities at $6 per router = $3,600

Total cost of producing at city C = $8,850 ($5,250 + $3,600)

Total cost of producing 750 routers at 5 cities = $7,500 ($1,500/150 * 750)

d) $7,500 = $1,500 + tQ

where Q = 600 (150 * 4)

Therefore, $7,500 - $1,500 = t600

simplifying

t600 = $6,000

t = $6,000/600 = $10

4 0
3 years ago
The bank is working to develop an efficient work schedule for full-time and part-time tellers. The schedule must provide for eff
Kitty [74]

Answer:

The solution is given below.

Explanation:

It is a practical, complex scheduling problem that can be easily modelled and solved as IP. Note that  part time and full time employees are paid at different rates. So, it is important that the bank operates to provide required service level (indicated by the number of tellers per hour) while  minimizing total cost due to staff salary.

We use x as full time and y as part time staff.

It would help if you construct a table as shown below to better analyze the problem before  attempting to model it. Red shows work hrs of full time staff and green is for part timers. Just follow  their work hour rules.

So, full timers have 3 options:  

(i) start at 9 – work till 1pm, take 1 hr break, then work 2 – 5 pm

(ii) start at 10 – work till 2pm, take 1 hr break, then work 3 – 6 pm

(iii) start at 11 – work till 3pm, take 1 hr break, then work 4 – 7 pm

that’s all… bank closes at 7 pm.

However, part timers don’t have 1 hr break. They work straight 4 hrs and leave. See green cells  above to understand their alternatives.

Now, decision variables should include this work hour information. Here goes their definition. You  must clearly define decision variables in exam, otherwise, the model is meaningless.

X9 = number of full time staff who start at 9 and follow the hour-related rule (no need to specify  more details; those are already undestood)

X10 = number of full time staff who start at 10 and follow the hour-related rule

X11 = number of full time staff who start at 11 and follow the hour-related rule

Y9 = number of part time staff who start at 9 and follow the hour-related rule

Y10 = number of part time staff who start at 10 and follow the hour-related rule

…. This way you define up to Y15.

You must also specify that:

Xi, Yi >=0, integers.

Objective Function:

Minimize Z = 105*(x9 + x10 + x11) + 32* (y9 + y10 + … + y 15)

You will need one “covering” constraint for each working hour. Both full and part-timers can “cover”  the duty of each hour. Look at the color-coded table (above) column-wise. The 9:00-10:00 hour can  be covered only by x9 and y9 staff; next hour by x9, x10, y9, y10 only,… and so on. So, the

constraints are: (attached with image)

8 0
3 years ago
What are two characteristics of a commerical bank
uysha [10]
Safe place to put money. Your money if stolen is insured by the FDIC.
8 0
4 years ago
When a company strives to achieve lower overall costs than rivals and appeals to a broad spectrum of customers, it pursues Multi
dybincka [34]

Answer:

an overall low-cost provider strategy.

Explanation:

Competitive advantage can be defined as conditions, factors or circumstances that allow a business firm (organization) to manufacture finished goods or services better and perhaps cheaper than other (rival) firms in the same industry. Thus, it's responsible for putting a business firm in a superior or more favorable position than rival firms.

This ultimately implies that, a competitive advantage has a significant impact on a business because it increases its level of sales, revenue generation and profit margin when compared to rival firms in the same industry.

A overall low-cost provider strategy is a strategic business model that's typically focused on a broad customer base (segment) while still making profit by providing low-cost goods and services to the customers, as well as underpricing rivals in the same industry.

This ultimately implies that, it is a business strategy that involves lowering the price of goods and services in order to stimulate demand, generate more revenue, draw more customers and gain a competitive advantage over competitors or rivals in the same industry.

Hence, when a company strives to achieve lower overall costs than its rivals in the same industry and appeals to a broad spectrum of customers, it is considered to pursue an overall low-cost provider strategy.

6 0
3 years ago
Answer the following questions about the tax multiplier: Instructions: In parts a and b, round your answer to 2 decimal places.
Stolb23 [73]

Answer: -9

Explanation:

The Tax multiplier of a nation shows how much the aggregate demand of an economy will change if there is a change in taxes.

It is calculated by the formula:

= -MPC / ( 1 - MPC)

= -0.9 / (1 - 0.9)

= -9

<em>If taxes are reduced, aggregate demand would increase by 9 times. </em>

3 0
3 years ago
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