The answer is durable. According to AR 735-5 (Policies and Procedures for Property Accountability), a durable property is a property that is not consumed in use, does not require property book accountability, but because of its unique characteristics requires control when issued to the user. The best example for this is hand tools. Hand tools are measured durable because they are not used up by Soldier unlike cleaning supplies. Hand tools are not on the property book. They do require a signature when issued, whether from the tool room or the supply room. When hand tools break, they must be turned in for replacements. Soldiers who misplace hand tools pay for the lost tools in order to implement supply discipline. We must have supply discipline to save Army resources for deployments, training exercises and other mission requirements. Leaders involve periodic inventories and the correct hand receipt procedures for the same reason. Hand tools are costly and Soldiers use millions of them. So, hand tools are durable because they do not get used up, unlike consumable supplies such as hand soap or motor oil, and also require some type of control when issued.
Answer:
A university's decision to add a new residence hall. A trucking firm's decision to move to a smaller facility.
Explanation:
Short run decision affects variable factor only. Adding a new facility is a long run decision. Hence a firm's decision to decrease the amount of electricity used in day-to-day operations by encouraging employees to adopt conservation strategies is a short run decision.
Hence, the correct answer would be:
A university's decision to add a new residence hall. A trucking firm's decision to move to a smaller facility.
I believe the answer is “a” or “paying cash dividends.”
Answer:
Books Shirts
4 0
3 3
2 6
1 9
0 12
Explanation: At combination E, the economy is producing 0 books and 12 shirts. Since the opportunity cost of 1 book is 3 shirts, moving from point E to point D (gaining 1 book) requires this economy to produce 3 fewer shirts. Thus, the number of shirts in combination D must be 12 shirts−3 shirts=9 shirts. The rest of the combinations can be calculated in a similar fashion, with the answers summarized in the following table.
A 4 3−3=0
B 3 6−3=3
C 2 9−3=6
D 1 12−3=9
E 0 12
