Answer:
- $375 per mountain bicycle
- $3,350 per touring bicycle
Explanation:
1. Manufacturing overhead of each mountain bicycle:
= Total manufacturing overheads for mountain bicycles / Number of units
= 75,000 / 200
= $375 per mountain bicycle
2. Manufacturing costs of one touring bicycle
= Direct labor + Direct material + Manufacturing overhead per touring bicycle
= 700 + 2,200 + (180,000 / 400 units of touring bicycles)
= 700 + 2,200 + 450
= $3,350
It is based around performance of an entity, so your answer would be A.
The principle of listening which is ignored here is that, listening is the responsibility of both the speaker and the receiver.
Research has found that by listening effectively you will get more information from the people you manage, you will also increase others trust in you, you will reduce conflict, and you will better understand how to motivate others.
Listening skills are so important for the both the speaker and the receiver because they enable both parties to have good communication. Thus, individuals should practice good communication in order to ensure that there is no concerns or differences between both parties.
Hence, listening is the responsibility of both the speaker and the receiver.
To learn more about listening skills here:
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<span>100 observations needed for desired accuracy and confidence.
The formula for the confidence of a sampling is:
ME = z*d/sqrt(n)
where
ME = Margin of error
z = z score for desired level of confidence
d = standard deviation
n = number of samples
The z score desired is calculated as follows. If you want a 95% confidence, you calculate 1 - 0.95 = 0.05, then you divide the result by 2, getting 0.025, and finally you use a standard normal table to get the z score for the desired probability. So for this problem of 95.44% we get
(1 - 0.9544)/2 = 0.0456/2 = 0.0228
Looking up a standard normal table, the value of 0.0228 is found to have a z-score of 2.0, a.k.a. 2 standard deviations from the normal.
So let's substitute the known values into the formula and solve for n.
ME = z*d/sqrt(n)
1 = 2*5/sqrt(n)
sqrt(n) = 2*5
sqrt(n) = 10
n = 100
So the owner needs at least 100 samples to be 95.44% certain that his measurement error is within 1 second of the correct time.</span>
Answer:
Carrying costs
Explanation:
Carrying costs are the costs associated with holding inventory including maintenance, building rent and utilities, storage space, and insurance.