Answer: The probabilities of winning a contract are
Let the Probability of C winning the contract - P(C) be 'X'
Then,
Probability of B winning the contract - P(B) will be '7X' and
Probability of A winning the contract - P(A) will be 
Since the total of all the probabilities is 1,
So,
Answer:
$50,400
Explanation:
To do this first start by multiplying .12 x 35,000. The answer should be $4,200. After this multiply 4,200 by 12 in order to get the amount of money earned over a 12 month period. This will give you $50,400.
Answer:
CC100 has $31.25 per hour
CC11O has $250 per hour
CC120 has $62.5 per hour
CC190 has $62.5 per hour
Explanation:
The IDC rate for each department would be the department IDC allocated divided by operating hours as shown below:
CC100
IDC rate=$25,000/800=$31.25 per hour
CC110
IDC rate=$50,000/200=$250 per hour
CC120
IDC rate=$75,000/1200=$62.5 per hour
CC190
IDC rate=$100,000/1600=$62.5 per hour
Judging from the IDC rates of the departments,department CCC110 seems to have the highest IDC rate per hour,which implies that each hour is charged with $250 against the CC100 where each operating hours is just $31.25.
The higher the IDC rate in a department the higher the cost of the output of that department since the cost has to be recovered from output.
Answer:
Amount saved by the owner is $225.
Explanation:
given,
the property has been assessed = $40,000
the city tax rate = 10 mills = 0.001
country tax rate = 9 mills = 0.009
school board levy = 9 mills = 0.008
owner gets homestead tax exemption of = ?
Homestead tax exemption is used to same money from paying tax on their property every year.
homestead tax exemption given is $25,000
Money saved by owner = $25,000 homestead exemption × county tax rate
= $25000 × 0.009
= $ 225
Amount saved by the owner is $225.
Answer:
b. 7.28%
Explanation:
This question is asking for the yield to maturity(YTM) of the bond. You can solve this using a financial calculator with the inputs below. Additionally, adjust the coupon payment(PMT) and time to maturity(N) to semiannual basis.
Time to maturity; N = 5*2 = 10
Face value; FV = 1000
Price of bond; PV = -1071
Semiannual coupon payment; PMT = (9%/2) *1000 = 45
then compute semiannual interest rate; CPT I/Y = 3.64%
Next, convert the semiannual rate to annual rate(YTM) = 3.64% *2
YTM = 7.28%
