Answer:
The amount of depreciation expense that should be recorded for the second year is $28,600
Explanation:
The computation of the depreciation per units or bolts under the units-of-production method is shown below:
= (Original cost - residual value) ÷ (estimated production bolts)
= ($206,520 - $11,000) ÷ (752,000 bolts)
= ($195,520) ÷ (752,000 bolts)
= $0.26 per bolt
Now for the second year, it would be
= Production units in second year × depreciation per bolts
= 110,000 units × 0.26
= $28,600
Answer:
B) High, low
Firms and brands that continually attempt to operate in the <u>HIGH</u> price / <u>LOW</u> benefits quadrant do not survive over the long run as customer trust is Damaged.
Explanation:
Many times new products have a very short life because companies believe that they can charge very high prices because they are innovations, but they forget to provide the corresponding benefits of a very high price. Usually short living fads result from this strategy, because the customers will demand more for their money and if the product doesn't satisfy them, they wouldn't purchase it again. And with all the social networks we have today, gossip (and videos) about bad products travel extremely fast.
Answer:
50 customers per day
Explanation:
For computing the capacity required customers per day, first, we have to compute the current demand per day which is shown below:
Current demand = Average number of pets per day × estimated percentage
= 74 pets × 60%
= 44.4 per day
Now the capacity required per day would be
= (Current demand per day) ÷ (1 - capacity cushion percentage)
= 44.2 ÷ (1 - 0.12)
= 50.22 per day
<span>In this case, Sara will see the ramen as a good that is more elastic in demand than will Sean. This will mean that, as income drops for Sara, she will purchase less of the good than will Sean. Sean will end up purchasing less of the good if he has an increase in income.</span>
