Answer:
An apple, potato, and onion all taste the same if you eat them with your nose plugged
Explanation:
Answer:
839.216
Explanation:
For we to calculate the total cost, we use the following
Total Cost = Carrying Cost + Stock out Cost
= 0+ $45 x 4 x [.2(100-80)+.2(120-80)+.1(140-80)] = 1368*
Now
Total Cost = Carrying Cost + stock out Cost
Total cost= [10 x 20]+40 x 4 x [.2990-50-20)+.1(110-50-20)]
Total cost = 200-1115.216+4
Total cost = 839.216
Answer:
Company Save $37000 by Buying
Explanation:
given data
make component part = 100 units
Direct Materials = $122000
Direct Labor = 34000
Variable Overhead = 55000
Fixed Overhead = 30000
purchase the component = $200000
fixed costs = $4000
to find out
make or buy decision
solution
first we find here Total Cost for Making component part
total cost = Direct Materials + Direct Labor + Variable Overhead + Fixed Overhead ..............1
put here value
total cost for make = $122000 + 34000 + 55000 + 30000
total cost for make = $241000
and
now we find here Total Cost for buying component part
total cost = Purchase Price + fixed costs ............2
put here value we get
total cost for buying = $200000 + $4000
total cost for buying = $204000
so
we can say Company Save = $241000 - $204000 = $37000 by Buying
Option A. It is a process by which consumers interpret information in ways that are biased by their previously held beliefs.
<h3>What is selective distortion?</h3>
This is the term that is used to refer to the way people reason using their subconscious mind.
This type of reasoning happens as a person would try to make new information to fit with the old reasoning they have.
Read more on selective distortion here:
brainly.com/question/14969833
#SPJ1
Answer
D) compared to the EOQ, the maximum inventory would be approx 30% lower.
Explanation
EOQ = √(2*Co*D/Cc)
EPQ= √ (2*Co*D/(Cc*(1-x)))
x=D/P
D = demand rate
P =production rate
Co=ordering cost
Cc=holding cost
1) The production rate would be about double the usage rate.
hence, P = 2D
x=D/2D=0.5
EPQ= √ (2*Co*D/((1-0.5)*Cc))
EPQ= √ (2*Co*D/0.5Cc)
EPQ=√ (1/0.5)*EOQ
EPQ=√ (2)*EOQ
EPQ=1.41*EOQ
Hence, EPQ is around 40% larger than EOQ.
Ans.: c) EPQ will be approximately 40% larger than the EOQ.
2) Compared to the EOQ, the maximum inventory would be
maximum inventory = Q
EPQ = 1.41 EOQ
EPQ = 1.41*Q
Q=EPQ/1.41
Q=0.71 EPQ
Hence, compared to EOQ, maximum inventory in EPQ is only 70% of that in EOQ model.
