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2 years ago

2. How important it is to create a prototype before launching a certain product in the market? What is the

2 answers:

maks197457 [2]2 years ago

6 0

It’s very important because when you make a prototype you get to see what you’re product will look like, you’ll get a better visual understanding

krok68 [10]2 years ago

5 0

Answer:

The creation of a prototype might help you understand the values and benefits of your product

Explanation:

The process of launching the new product is complicated and expensive. Therefore, you should not put your idea under risk and start the process before trying your concept in the form of a model

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Suppose a coalition of students from Lincoln High School succeeds in persuading the local government to impose a price ceiling o

kiruha [24]

Answer: Hi your question is incomplete attached below are the missing details

answer :

A) 16 used DVDs

B) i) $18

ii) $6

iii) $8

Explanation:

A) Determine the weekly shortage of used DVDs due to ceiling price = $11

shortage = Quantity demanded ( H ) - Quantity supplied ( F )

at ceiling price of $11 ; quantity demanded = 20 , Quantity supplied = 4

= 20 - 4 = 16 used DVDs

B) i) New consumer surplus = ADLK

ADLK = ∠ ABK + BKLD

= 1/2 * 4 * 1 ) + ( 15 - 11 )*4 = $18

ii) New producer surplus = DLE

DLE = 1/2 * 4 * ( 11-8 )

= $6

iii) Total economic surplus lost

ΔKJL = 1/2 ( 8 - 4 ) * ( 15 - 11 )

= $8

6 0

2 years ago

When one party to a transaction has incentives to engage in activities detrimental to the other party, there exists a problem of

Juli2301 [7.4K]

Answer: Moral hazard

Explanation: As per economic principles, if an individual increases the exposure to risk when covered by insurance, moral hazard happens, particularly when an individual takes further risks just because someone carries the burden of all those consequences.

There can be a moral hazard at which one party's policies may modify to the disadvantage of someone else after a business transaction has occurred. Moral hazard may arise through a type of asymmetric information in which the threat-taking group to trade is more aware of its motives than the person bearing the risk's implications.

Thus, from the above we can conclude that the correct option is A .

5 0

3 years ago

American Inc. had gross sales of $925,000. Cost of goods sold and selling expenses were $490,00 and $220, 000 respectively Ameri

drek231 [11]

Answer:

a. Particulars Amount

Gross sales $925,000

Less: COGS $490,000

EBITDA $435,000

Less: Depreciation $120,000

EBIT $315,000

Less: Interest on notes payable $8,800 (220000*4%)

EBT $306,200

Less: Tax (35%*306200) $107,170

Net Income $199,030

b. Operating cash flow = Net income + Depreciation

Operating cash flow = $199,030 + $120,000

Operating cash flow = $319,030

6 0

2 years ago

Blue Lumber Company handles three principal lines of merchandise with these varying rates of gross profit on cost. Lumber 25% Mi

Alisiya [41]

The estimate of the inventory amounts before the fire is as follows:

Total Inventory $232,845

Lumber $159,200

Millwork $54,270

Hardware $19,375

Data and Calculations:

Lumber Millwork Hard & Fittings

Gross Markup (%) 25% 30% 40%

Gross Margin (%) 20% 23.1% 28.6%

= (25%/125%) (30%/130%) (40%/140%)

Inventory, Jan. 1 $265,900 $93,470 $45,600

Purchases 1,544,900 375,100 160,300

Goods available $1,810,800 $468,570 $205,900

Cost of goods sold 1,651,600 414,300 186,525

Ending inventory $159,200 $54,270 $19,375 $232,845

Estimating the Cost of Goods Sold:

Sales to Aug. 18 2,064,500 538,590 261,240

Gross profit 412,900 124,290 74,715

Cost of goods sold 1,651,600 414,300 186,525

Gross profit = Sales x Gross margin

Cost of goods sold = Sales - Gross profit or Sales x (1 - gross margin)

Learn more: brainly.com/question/16752466

6 0

2 years ago

The steam requirements of a manufacturing facility are being met by a boiler whose rated heat input is 5.5 × 106 Btu/h. The comb

e-lub [12.9K]

Solution:

Given Information,

Heat input is ( $Q_{in}$ ) = 5.5 × $10^{6}$ Btu/h

Combustion efficiency of the boiler ( $n_{furnance}$ ) = 0.7

Combustion efficiency after turn up ( $n_{furnance,now}$ ) = 0.8

Operation Hour (t) = 5200h

Unit cost (c) = $\frac{23 dollar}{10^{6}Btu }$

Calculate heat output from the boiler $Q_{out}$ = $Q_{in}$ x $n_{furnance}$

= 5.5 x $10^{6}$ x 0.7

= 3.85 x $10^{6}$ Btu/h

Calculate the heat input to the boiler after the tune-up

$(Q_{in} ){new}$ = $Q_{out}$ / $(n_{furnance} ){new}$

= 3.85 x $10^{6}$ / 0.8

= 4.8125 x $10^{6}$ Btu/h

Calculate the saved energy after the tune-up

$(Q_{in} ){saved}$ = $Q_{in}$ - $(Q_{in} ){new}$

= 5.5 x $10^{6}$ - 4.8125 x $10^{6}$ Btu/h

= 0.6875 x $10^{6}$ Btu/h

Calculate the annual energy saving ( $E_{Saving}$ )

$E_{Saving}$ = $(Q_{in} ){saved}$ x t

= ( 0.6875 x $10^{6}$ Btu/h ) ( 5200 hr/yr)

= 3575 x $10^{6}$ Btu/h

Calculate the annual cost saving

Annual cost saving = $E_{Annual saving}$ x Unit cost

= 3575 x $10^{6}$ Btu/h x $\frac{23 dollar}{10^{6}Btu }$

= 82225

4 0

2 years ago