Answer:
1. True: Every organization needs some degree of flexibility and standardization.
2. True: Being overly committed to following rules can harm an organization and keep it from growing.
3. flexibility; standardization.
Explanation:
It is really important and necessary that all organization have some degree of flexibility and standardization. Every organization is expected to be flexible, in order to be able to effectively manage potential changes or challenges that arises in business. They should also be standardized, by having proper policies, strategies and structure for the purpose of running the business smoothly and efficiently.
However, if an organization is overly committed to following rules, this can cause harm to it's business operations and thereby hindering its growth and development.
Hence, some degree of flexibility is needed in every organization in order to adapt to new situations or some degree of standardization to make routine tasks and decisions as efficient and effective as possible.
<span>Assets and Earnings. Hope This Helps!</span>
Answer:
$30,600
Explanation:
Under FIFO method, units that are purchased first are sold first.
Given:
Beginning inventory = 9,200 units @$8
Purchases in June = 9,300 units @7.6
Purchases in November = 5,100 units @6
Closing inventory as on December 31 was 5,100 units.
Since the company follows FIFO method of inventory valuation, beginning and purchases made in June are sold first. Remaining 5,100 units purchased in November are not sold as they are left unsold at the time of closing.
So December 31 inventory is computed as 5,100 × 6 = $30,600
Answer:
1,200 hours
Explanation:
Solving mathematically this will be :
<em>y = ax^b</em>
where,
y is the cumulative average time required to produce x units
a is the time required to produce the first unit of output
x is the number of units of output under consideration
b is the log of the Learning Curve % divided by Log 2
The firm use 150 hours to work on the product during the second month
Amount of time used in the first month will be calculated as :
y = 400(8)^(-0.322)
= 204.8 hours (average)
Total for 8 units = 204.8 hours × 8 units
= 1,638.40 hours
Amount of time used for the total months to manufacture 18 units :
y = 400(18)^(-0.322)
= 157.74 hours (average)
Total for 18 units = 157.74 hours × 18 units
= 2,839.32 hours
Therefore,
Hours to be used in the second month = Time on 18 units - Time on 8 units
= 2,839.32 hours - 1,638.40 hours
= 1,200 hours
So, the firm use 1,200 hours in total for the 10 units. Which gives an average of 120 hours per unit
<span>The net energy yield underlies various energy aggregation in economics and ecology such as tropic dynamics, national energy accounting and energy input output modelling in economics and the yield in 1954 can be derived from all this data.</span>
