Answer:
Follows are the instructions to this question:
Explanation:
Given:
Configuration of machine =
Machine hours=
Order on Packing= 
We have to use the following formula in order to measure the expected production overhead rate:
Estimated overhead production rate= Total projected production expenses and for period/Total base allocation sum
Machine Configuration
Machining hour=
Packing
Answer:
A social media manager manages a social media star. They arrange appointments, or things like autograph signings, they monitor or arrange partnerships, they pay lawyers when needed
Explanation:
Thanks for asking this my older cousin is one. He used to manage beyonce for a short amount of time, he did snopp dogg, he did some other people that really dont mean anything to me
if you need more explanation i got you
Answer:
b. $26,740
Explanation:
The computation of the total amount of overhead allocated is shown below:
overhead allocated is
= (actual direct labor hour × overhead rate per direct labor hour) + (Actual machine hour × overhead rate per machine hour)
= (550 × 28) + (270 × 42]
= $15,400 + $11,340
= $26,740
hence, the total amount of overhead allocated is $26,740
Answer:
a non-cooperative game strategy, where participants independently choose their strategy to maximize their payoffs.
Explanation:
From the question, we are informed about Bob, who attended the university football game last week . At the opening kickoff, the crowd stood up. Bob therefore had to stand up as well to see the game. In this case, Bob was participating in a non-cooperative game of strategy, where participants collectively choose their strategy to maximize their joint payoffs. Non-cooperative game strategy can be regarded as the rational ways economic agent relate with each other so that their goals can be achieved. In this game both the available strategies as well as the outcome from various choices will be listed.
Answer:
Since Interest Rate and Period is not given; we would assume the spring term begins in 4 months and
Explanation:
First we will require to use the compound interest formula.
It is not mentioned the compounding period in the question. However, many of the bank accounts today offer monthly compounding, and this will be used as the basis.
i=interest rate=7.62% p.a => 7.62/12=0.635% per month
FV=PV(1+i)^n
FV=future value = 2200
PV=present value, to be found
i=interest rate per compounding period (month)=0.00635
n=number of periods=4
2200=PV(1+0.00635)^4
PV=2200/(1.00635^4)
PV=$2144.99
In case interest is not compounded, we could apply the simple interest formula:
FV=PV(1+ni)
PV=2200/(1+4*0.00635)
PV=$2145.504