Answer: Recruitment manager
Explanation: Recruitment manager are managers working in relation with the human resource department of the organisation and are responsible for hiring and firing of the personnel in the organisation. The main role of recruitment manager is to find competent employees to the organisation at a reasonable cost. Recruitment managers perform functions like interviews , reference check and background check etc for competent employees recruitment.
Answer:
Explanation:
Answer:
Total
Units Produced
42000
15000
Hours per unit
1
3
Total Hours
42000
45000
87000
So total hours required = 87000 hours
Now we will find overhead rate per hour
Total Overhead= $846.000
Overhead Rate per Hour
=$ 846000/87000
= $9.72 per Hrs.
overhead rate per hour =$ 9.72 per hour
_______________________________________
Car
Wheel
Total Hrs.
42000
45000
Hourly Rate
$9.72
$9.72
Allocated Overhead
$408414.00
$437586
_________________________________________________
Activity
No. of
Activity
Overhead Cost
Cost Per Activity
Setting up machines
1000
$215,000
$215.00
Assembling
87000
$347,000
$3.99
Inspection
1200
$284,000
$236.67
Activity
Car=A
Truck =B
Rate=C
Total $ Car=A*C
Total $ Truck=B*C
Setting up machines
200
800
$215.00
$43,000.00
$172,000.00
Assembling
42000
45000
$3.99
$167,517.24
$179,482.76
Inspection
100
1100
$236.67
$23,666.67
$260,333.33
$234,183.91
$611,816.09
Preliminary calculations:3 units of A at $ 55.00 each - $ 165.004 units of B at $ 30.50 each - $ 122.001 unit of C at $ 32.00 each - $ 32.00Selling price of a composite unit - $ 319.00
Contribution margin of A ($ 165.00 x 30%) - $ 49.50Contribution margin of B ($ 122.00 x 25%) - $ 30.50Contribution margin of C ($ 40 x 50%) - $ 20.00Contribution margin of composite unit - $ 100.00
(a) Break-even point in composite units = $ 67,200 / $ 100 = 672 composite unitsBreak-even point in sales dollars = 672 x $ 319 = $ 214,368.00
(b) At break-even point,672 x 3 = 2,016 units of A672 x 4 = 2,688 units of B672 x 1 = 672 units of C
Search up A gardener can increase the number of dahlia plants in an annual garden by either buying new bulbs each year or dividing the existing bulbs to create new plants . The table below shows the expected number of bulbs for each method
Part A
For each method,a function to model the expected number of plants for each year
Part B
Use the Functions to Find the expected number of plants in 10 years for each method.
Part C
How does the of plants in five years compare to the expected number of plants in 15 years !Explain how these patterns could affect the method the gardener decides to use.
Answer:
b. 1,062.81
Explanation:
the key to answer this question is to remember that valuation of a bond depends basically of calculating the present value of a series of cash flows, so let´s think about a bond as if you were a lender so you will get interest by the money you lend (coupon) and at the end of n years you will get back the money you lend at the beginnin (principal), so applying math we have the bond value given by:
where: principal as said before is the value lended, coupon is the rate of interest paid, i is the interest rate and n is the number of periods
so applying to this particular exercise, as it is not said we will assume that 6% and 7% are interest rate convertible seminually, so the price of the bond will be:
price=1,062.81
take into account that here we are asked about semianually payments, so in 8 years there are 16 semesters.
