Answer:
a. Unearned Revenue; b. Accrued Revenue; c. Accrued Expense; d. Prepaid Expense
Explanation:
Prepaid Expenses : Expenses paid before due
Unearned Revenue : Revenue earned before due i.e Advance Income
Accrued Revenue : Revenue earned i.e due , but not received
Accrued Expense : Expense due but not paid i.e Outstanding Expense
a. Cash received for use of land next month = Unearned Revenue or Advance Income
b. Fees earned but not received in cash = Accrued Revenue / Accrued Income
c. Wages owed but not yet paid = Accrued Expense / Outstanding Expense
d. Supplies on Hand = Prepaid Expense
Answer:
7 years (to the nearest year)
Explanation:
Given that;
A = amount
P= principal
t = time
r = rate
A =3P(given in the question)
Formula for compound interest;
A = P(1 + r)^t
Substituting values;
3P = P(1 + 18/100)^t
3P/P= (1.18)^t
3 = (1.18)^t
log 3 = t log 1.18
t = log 3/log 1.18
t = 0.4771/0.0719
t = 6.6 years
t = 7 years (to the nearest year)
Answer:
B. Greater efficiency
Explanation:
Efficiency, in this case, will refer to achieving the desired results with minimal or no wastage. A distribution manager has the responsibility to ensure goods get to their destination as scheduled. The manager's efficiency will be gauged by the speed, accuracy, and safety of deliveries.
Other than cost savings, the distribution manager has to aim at achieving greater efficiency. Customer service and pricing are functions of other managers.
D. Scholarly article.
The scholarly article is most likely to be a reputable source, since the author is educated in the manner of what you are needed. The scholar is most likely to know what you are needing to know.
Answer:
22.33 m
Explanation:
We are given;
Coefficient of kinetic friction between the puck and floor; μ = 0.5
initial speed of the puck; u = 14.8m/s
From Newton's equation of motion, we know that;
v² = u² + 2as
But since it decelerate to rest, the acceleration will be negative.
Thus;
v² = u² - 2as
Final velocity is zero, thus;
0 = u² - 2as
Thus, a = u²/2s
Where s is the distance covered before coming to rest.
Now, we know that formula for the frictional force is;
F = μmg
F/m = μg
We also know that F/m = a
Thus, a = μg
Thus:
u²/2s = μg
s = u²/(2μg)
s = 14.8²/(2 × 0.5 × 9.81)
s = 22.33 m
