Answer:
The bond will sell for the amount of $869.17
Explanation:
According to the given data coupon amount = 50/2 = 25
Therefore, in order to calculate the selling price of the bond we would have to make the following calculation:
selling price of the bond = 25 * PVIFA(3%,52) + 1,000 * PVIF(3%,52)
selling price of the bond= 25 * 26.1662 + 1,000 * 0.2150
selling price of the bond= $869.17
The bond will sell for the amount of $869.17
<u>Explanation:</u>
Note, in the ICT field, the term social engineering refers to actions that involve the use of cunning to steal sensitive or unauthorized information from someone by means of social or human interactions with them.
For example, such information could be manipulatively gotten;
- address,
- age,
- Social security number,
- the number of children, etc.
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
A) total manufacturing cost
10,500×(113÷100)=11,865
B) total manufacturing cost
27,235+10,500+11,865=49,600
the unit product cost for job 313
49,600÷1,600=31
Hope it helps!