Answer:
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Answer:
Using Traditional allocation method
Allocation rate per unit
=<u> Budgeted overhead</u>
Budgeted direct labour hours
Brass
Overhead allocation rate
= <u>$47,500</u>
700 hours
= $67.86 per direct labour hour
Gold
= <u>$47,500</u>
1,200 hours
= $39.58 per direct labour hour
Using activity-based costing
Brass
Allocation rate for material cost pool
= <u>$12,500</u>
400
= $31.25 per material moved
Gold
Allocation rate for material cost pool
= <u>$12,500</u>
100
= $125 per material moved
Brass
Allocation rate for machine set-up pool
= <u>$35,000</u>
400
= $87.50
Gold
Allocation rate for machine set-up pool
= <u>$35,000</u>
600
= $58.33
Explanation:
Using traditional allocation method, the overheads for material cost pool and machine set-up pool will be added. The overhead allocation rate per unit is the division of total overhead by the direct labour hours for each product.
Using activity-based costing, the material cost pool overhead will be divided by the material moved for each product in order to obtain allocation rate for each product.
The allocation rate for machine set-up pool is obtained by dividing the machine set-up overhead by the number of machine set-up for each product.
Answer:
A. Limited information about the establishment on the company’s website.
Explanation:
A business is promising if they have complete information on their website. The credibility is made sure if the company has proper information that instigates trust among the consumer. The consumer can trust the company if they can reach it easily after the purchase and if the company has proper setup, both physical and virtual.
Therefore the correct answer is option A. Limited information about the establishment on the company’s website.
Answer:
withdraw amount = 28532.45
so correct option is a. $28,532
Explanation:
given data
present amount = $275,000 bonus
interest rate = 8.25% per year = 0.0825
time period = 20 year
solution
first we get here Cumulative discount factor that is
Cumulative discount factor = 
.........................1
here r is rate and t is time period
put here value and we will get
Cumulative discount factor = 
solve it we get
Cumulative discount factor = 9.638148
and now we get so here withdraw amount at the end of each of the next 20 years that is
withdraw amount = Present amount ÷ cumulative discount factor ............2
put here value
withdraw amount = 
solve it we get
withdraw amount = 28532.45
so correct option is a. $28,532
Answer:
De-clutter and Simplify. ...
Use Everything in Moderation. ...
Keep Things in Perspective. ...
Treat Others How They Want to Be Treated. ...
Family First. ...
Pay Attention to the Moment. ...
Have a Positive Mindset.
