Answer:
B) greater than $30 but less than $40
Explanation:
the options are missing:
A) less than or equal to $30
B) greater than $30 but less than $40
C) greater than $40 but less than $50
D) greater than $50
we must first calculate safety stock = (Z-score x √lead time x standard deviation of demand) + (Z-score x standard deviation of lead time x average demand)
- Z-score for 98% confidence level = 2.326
- standard deviation of demand = 30
- √lead time = √5 = 2.23607
- we are not given any standard deviation of lead time, so we can assume that it is 0
safety stock = (2.326 x √2.23607 x 30) + (2.326 x 0 x 300) = 156.03 ≈ 156 units
the annual holding cost of 156 units = 156 x $0.25 = $39
Not sure about this answer I will think about it
Answer::Leader-Member exchange , Out group members
Explanation:Leader-Member exchange theory is a relationship based theory of leadership that exists between the leading managers and their n employees together with their interaction with each other leading to a productive workplace environment for both individuals.
The created relationship can either succeed when there is trust and mutual respect leading to effective employees or fail by producing undesired result in terms of a hostile relationship leading to low efficiency and productivity from employees
According to the leader member exchange theory, leaders tend to create different relationships with followers by forming two groups----- in group members and out group members
of which the outgroup members are given less responsibilities with less attention and work outside the leaders inner circle of communication and therefore are less likely to engage in organizational citizenship than other employees.
Answer:
LCM = $15.5
Explanation:
RC = $14
Ceiling: NRV = $17
Floor: NRV – PM
Net realizable value for product ALPHA -Normal profit for product ALPHA
= $17 – $1.50= $15.5
Market= $15.5
LCM = $15.5
Therefore the proper per unit inventory value for product ALPHA applying LCM will be $15.5
