Answer:
Explanation:
There are two things that Aaron can do to make sure of this. The first is to make the office wheelchair-friendly. Meaning installing ramps in the necessary places so that the candidate can easily traverse the office and get to and from the places she needs easily and by herself. The second thing that Aaron can do is make sure that the candidate's abilities are better than the other candidates. These skills will make her an asset because she will be able to bring insight and experience that the other candidates would never be able to.
The sales era was 1920s-1940s
Food production is a global thing
Restaurants and culinary schools are mainly places that Are not global such as Stacy's is a great Restaurant that is probably in only few states.
(idk if this is right but i hope it is)
Answer:
1. 780,000 pints
2. $1
3. $780,000
Explanation:
1. The computation of the equivalent units of production is shown below:
= Units completed and transferred out + completed units in ending inventory × completion percentage
= 700,000 pints + 200,000 pints × 40%
= 780,000 pints
2. The computation of the unit cost for January month is shown below:
= (Beginning Work in process + Costs added during January) ÷ equivalent units
= ($156,000 + $624,000) ÷ (780,000 pints)
= $1
3. The computation of the assigned units is shown below:
= Units completed and transferred out × unit cost + completed units in ending inventory × completion percentage × unit cost
= 700,000 pints × $1 + 200,000 pints × 40% ×$1
= $780,000
Answer:
Variable cost per unit = $4.60
Explanation:
To calculate the element of variable cost in a mix cost using high-low method, we need to take the cost of the highest activity level and subtract the cost of the lowest activity level from it and divide the answer by the difference between the highest and the lowest activity levels.
<u>High-low method</u>
- Variable cost per unit = (Highest Activity Cost - Lowest Activity Cost) / (Highest Activity Units - Lowest Activity Units)
- Variable cost per unit = (66436 - 60226) / (2660 - 1310) = $4.60 per unit
