I believe the answer is: It won't be able to eat.
In wild life, this type of condition is basically a death sentence for the organism who experience it. The only way for the tiger to survive in such situation is only if humans making an intervention by surgically fix them or find another pathways to injects the nutrition into the tiger's body.
<span>The most probable thing that will happen if the pie maker keeps making additional pies is this: the marginal costs will continue to rise, increasing the total cost, while the marginal revenue remains the same, decreasing the profit. This is to assume that no buyer is interested in purchasing the pies at a certain period of time. </span>
Answer:
Net dollar sales projection for this year = 516,971.00
Explanation:
<em>Projected sales volume </em>
130%× 4,600= 5,980units
<em>Project selling price</em>
=140% × $65
= $91
<em>Total sales value </em>
= $91 × 5980units
= $ 544,180.00
<em>Net dollar sales projection</em>
= Total sales value - Returned merchandise
= 544,180.00 - (5% × 544,180.00 )
= $ 516,971.00
Net dollar sales projection for this year = 516,971.00
Answer:
The correct option is A, market segmentation
Explanation:
Market segmentation is the process of dividing customer base into distinct groups based on age,income,level of education,personality,perception and so on.
The purpose of segmenting the markets is for the organization to satisfy the needs of these different groups based on their unique characteristics and to able to sell to them goods that best match their status.
The scenario here is that Gap Inc,has successfully been able to discover the right set of people that its casuals best match.
Answer:
The correct answer is D.
Explanation:
Giving the following information:
Central Supply purchased a new printer for $67,500. The printer is expected to operate for nine (9) years, after which it will be sold for salvage value (estimated to be $6,750).
Annual depreciation= 2*[(original cost - residual value)/estimated life (years)]
Year 1= 2*[(67,500 - 6,750)/9]= $13,500