Answer:
$41
Explanation:
The last-in, first-out inventory valuation method establishes that the inventory will be valued at the same price as the last units purchased or produced. This system considers that the last units that enter our merchandise inventory are the first ones to be sold.
In Abbit's case, the last units to enter their inventory cost $41 per unit (replacement cost). SO if we use the LIFO system then we will use the $41 per unit cost.
Answer:
Since the product is new, the consumers wouldn't have any method to compare the price with the ones that created by other companies. This created a situation that make the consumers doubt whether they make a correct economic decisions if they purchase the product.
This is why it's important to get the price 'right'.
The company need to ensure that the price represent more value for Consumers compared to the money that they have to sacrifice to obtain it.
Answer:
Probability (at least one bottle neck occurs during 8 hours of operation)
= 0.9817
Explanation:
Given:
Average bottleneck 1 hour = 0.5
Find:
Probability (at least one bottle neck occurs during 8 hours of operation)
Computation:
Expected events in 8 hour = 8(0.5)
Expected events in 8 hour = 4
Probability (at least one bottle neck occurs during 8 hours of operation) = p(X≥1)
Probability (at least one bottle neck occurs during 8 hours of operation) = 1-p(X=0)
Probability (at least one bottle neck occurs during 8 hours of operation) =1-exp(-4)[4⁰]/0!
Probability (at least one bottle neck occurs during 8 hours of operation) =1-0.0183
Probability (at least one bottle neck occurs during 8 hours of operation)
= 0.9817
<span>Ensuring the quality and accuracy of health information. Hope this helps!
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