Solution:
Single factory overhead amount: the amount at which plant overheads or processing overheads are assigned to goods is referred to as single plant overhead rate.
Formula to measure a single plant-wide overhead rate:
Single plant-wide overhead rate :
Different development team overhead rate: this distribution system describes the various divisions engaged in the manufacturing cycle. Factory overheads are assigned to goods on the basis of the overhead cost for each of the manufacturing units.
Formula for calculating various output department overhead:
Multiple production department overhead rate:
For calculate: single plant-wide overhead rate use direct working hours (DLH) as the allocation basis, and measure factory overhead.
Using DLH as the allocation basis to measure a single plant-wide overhead limit.
Single plant-wide overhead rate :
= 
For calculate: single plant-wide overhead rate use direct working hours (DLH) as the allocation basis, and measure factory overhead.
Using DLH as the allocation basis to measure a single plant-wide overhead limit.
A. You have to know how much risk you are willing to take in order to figure out what sort of investments will fit your needs.
b-d are not only wrong, but very poor strategies in general.
Answer:
The correct answer is letter "B": There could be supplier interruptions due to political instability.
Explanation:
Single sourcing refers to a company deciding to choose one particular supplier -even if there are many options from where to select- because of a specific reason. The greater disadvantage of this situation is relying on one supplier for the manufacturing process which at a certain point could bring <em>instability </em>in front of different issues inherent or not to the supplier.
Answer:
Holding period yield is 114.97%
effective yield is 8.72%
Explanation:
holding period yield=(Price at call-initial price+coupon payments)/initial price
=($970-$935)+(13*$80)/$935
=($35+$1040
)/$935
=$1075/$935
=114.97%
The effective yield is the yield to call which can be computed using the excel rate formula:
=rate(nper,pmt,-pv,fv)
nper is the number of payments before the call which is 13
pmt is the periodic payment by bond which is $1000*8%=$80
pv is the current market price of $935
fv is the bond price at end of 13 years at $970
=rate(13,80,-935,970)
rate=8.72%
