Answer:
$57.11
Explanation:
$25.85 × 4 = $103.40
$15.70 × 2 = $31.40
Total cost of purchase = $134.80
6% tax = 0.06 × $134.80 = $8.09
Total cost of purchase including tax = $142.89
Change received by Blaine = $200 - $142.89 = $57.11
I hope my answer helps you
Answer:
The correct answer is option B.
Explanation:
In a competitive industry there is no restriction on entry or exit of firms in the market. So, when in the short run the firms are enjoying super normal profits or positive economic profits, this would attract potential firms to join the industry in the long run.
As a result the industry supply will increase in the long run. The increase in supply would cause the price to fall. This would further contribute in reducing revenue and profit.
This process will continue till the profit is reduced to zero. If profit falls below zero, then firms incurring loss will exit the industry. Then again zero profits will be restored by reduction in supply and increase in price.
So, we can say that perfectly competitive firms will have zero economic profits or only normal profits in the long run.
Answer:
E). Use inexpensive digital marketing tools to inform the community about an upcoming fundraising event.
Explanation:
The 'use of inexpensive digital marketing tools for informing the community regarding the approaching fundraising event' would be the most appropriate and feasible for the non-profit organization as it would be the most reasonable for the firm. A big-budget expense on marketing the event would neither be affordable due to the small budget nor beneficial for such an organization. Thus, using inexpensive digital marketing would publicize the event on an affordable budget and prove helpful in gathering good collections in the event. Hence, <u>option E</u> is the correct answer.
Answer:
Final Value= $414,135.43
Explanation:
Giving the following information:
Quarterly deposit= $32,000
Number of quarters= 3*4= 12
Interest rate= 0.0545/4= 0.01363
To calculate the final value, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= quarterly deposit
FV= {32,000*[(1.01363^12)-1]} / 0.01363
FV= $414,135.43
Answer:
The estimated total manufacturing overhead is closest to $550,000
Explanation:
Total manufacturing overhead = variable + fixed overhead absorbed
Fixed overhead absorbed = Overhead absorption rate × machine hour
Overhead absorption rate = Estimated overhead/Estimated machine hours
= $440,000/50,000 machine hours
= 8.8 per machine hour
Absorbed fixed overhead = $8.8 × 50,000= $440,000
Absorbed variable overhead= $2.20 × 50,000= $110000
Total manufacturing overhead = $440,000+ 110000
=$550,000
The estimated total manufacturing overhead is closest to $550,000
