This test would be well thought-out to be as a reliable test. Reliability is one of the most significant elements of test quality. It has to do with the constancy, or reproducibility, or an examinee's performance on the test. This is a reliable test because the score would not adjust or change unless your shoe size does.
Answer:
Company should load 1,479.9 motorcycles on each truck.
Explanation:
Cost per trip = $1,000
Demand for motorcycles = 300 per day
Cost per engine = $500
Holding cost = 20% of $500
= $100
Assuming that company plant works for 365 days in a year,
Annual demand = 300 motorcycles × 365 days
= 109,500 motorcycles
where,
D = Annual demand in units
S = Set up cost per order
H = Handling cost per order
= 1,479.9
Thus, the company should load 1,479.9 motorcycles on each truck.
Answer:
a-1) Pv = 52549
a-2) Pv = 56822
b-1) Fv = 77570
b-2 Fv = 83878
Explanation:
b-1) Future value:
S= Sum of amount of annuity=?
n=number of fixed periods=5 years
R=Fixed regular payments=13200
i=Compound interest rate= .081 (suppose annualy)
we know that ordinary annuity:
S= R [(1+i)∧n-1)]/i
= 13200[(1+.081)∧5-1]/.081
=13200(1.476-1)/.081
= 13200 * 5.8765
S = 77570
a.1)Present value of ordinary annuity:
Formula: Present value = C* [(1-(1+i)∧-n)]/i
=13200 * [(1-(1+.081)∧-5]/.081
=13200 * (1-.6774)/.081
=13200 * (.3225/.081)
=52549
a.2)Present value of ordinary Due:
Formula : Present value = C * [(1-(1+i)∧-n)]/i * (1+i)
= 13200 * [(1- (1+.081)∧-5)/.081 * (1+.081)
= 13200 * 3.9822 * 1.081
= 56822
b-2) Future value=?
we know that: S= R [(1+i)∧n+1)-1]/i ] -R
= 13200[ [ (1+.081)∧ 5+1 ]-1/.081] - 13200
= 13200 (.5957/.081) -13200
= (13200 * 7.3544)-13200
= 97078 - 13200
= 83878
Answer:
D) distributive
Explanation:
The salary is not distributed as required as per Jackie so this is perceiving distributive justice.
