Answer:
23.68%
Explanation:
The computation of the cost of not taking a cash discount is shown below:-
Cost of not taking a cash discount = [Discount percentage ÷ (100% - Disc.%)] × (360 ÷ (Final due date - Discount period))
= (2% ÷ 98%) × (360 ÷ (50 - 19))
= 2.04% × 11.61
= 23.68%
Therefore for computing the cost of not taking a cash discount we simply applied the above formula.
Answer:
B
Explanation:
I believe it is the interest rate the federal reserve uses for loaning to banks. Its the minimal rate, also.
Answer:
c. Jonathan, who segregates tasks and classifies them based on priority needs
Explanation:
Time management entails planning and controlling how much time one spends to undertake assigned tasks. Good time management skills increase one's efficiency and productivity.
Phone calls should be scheduled during less productive hours. One should delegate tasks where possible to enable timely completion. It is important to undertake one task at a time in order to be efficient. Tasks should be undertaken based on priority.
Therefore, options a,b and d are incorrect and option c is correct.
Answer:
proper per unit inventory value for product Z applying LCM is $38
Explanation:
given data
cost of product Z = $43
net realizable value product Z = $37
normal profit for product Z = $2
market value product Z = $38
solution
first we get here difference between Net realizable value and profit that is
Net realizable value - normal profit
= $37 - $2
= $35
so here now we get proper per unit inventory is
proper per unit inventory = lower of cost or market value
so here market value product Z is lower so
proper per unit inventory value for product Z applying LCM is $38
Answer:
$120 per unit
Explanation:
The computation of minimum acceptable transfer price is shown below:-
If the division of the transferor does not have spare capacity, the minimum transfer price is equal to variable cost per unit and the contribution margin per unit
Minimum transfer price = Variable cost per unit + (Selling price to outside customers - Variable cost per unit)
= $72 + ($120 - $72)
= $72 + $48
= $120 per unit
Therefore for computing the minimum transfer price we simply applied the above formula.
