Based on efficiency, the businesses that should cut hair are the A and C; moreover, to meet the demand, each firm will need to offer at least two haircuts.
The supply of a product or the units of a product that is offered to potential customers should always meet the number of real customers. In the same way, the price of the product should meet the price customers are willing to pay.
In this context, the best is that only firm A and C cut hair, this is because their prices per cut ($25 and $30) match the consumers' willingness to pay this includes Lorenzo ($35), Gilberto ($50), Juanita ($40) and Neha ($25).
- Firm A can cut Neha's and Lorenzo's hair
- Firm C can cut Gilberto's and Juanita's hair
Moreover, this implies each firm needs to do at least 2 haircuts to cover all the possible customers.
In the case of firms B and D, the price per cut is high ($40 - $45). Based on this, they should not cut hair as only a few customers can pay for this service, and this would be inefficient.
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Answer:
$6910.70
Explanation:
At the end of each year, the account balance will be 1.05 times the value at the beginning of the year. Thus, at the end of year 3, the value is 1.05^3 times the original value.
$8000 = (deposit)×1.05^3
deposit = $8000/1.05^3 ≈ $6910.70
James should deposit $6910.70 today.
<span>Clarion should expect to recognize interest revenue on their CD both on December 31st 2015 and May 1st 2016. They will receive it in December thanks to end of your returns and then it will pay out its full amount 6 months from the purchase date which is on May 1st of 2016.</span>
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.
