When preparing a speech introduction, you should usually preview the main points to be discussed in the body, gain the attention and interest of your audience, and <span>establish your credibility on the speech topic. This means that the correct answer is all of the above.
It is important that your introduction is interesting, presents everything you want to talk about, and convinces your audience why they should believe you.
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Answer:
0.583
Explanation:
Data provided in the question;
Average dinner charges = $8.75
Initial demand = 3,000 atrons
Increase in price = $0.50
Final demand = 2,900
Thus,
change in demand = 3,000 - 2,900 = 100
Now,
The price elasticity of demand = 
also,
Percentage change in demand = 
= 
= 3.33%
Percentage change in price = 
= 
= 5.714
thus,
The price elasticity of demand = 
= 0.583
Answer:
As far is I know, the anwser is B
Answer:
a) Taylor Industries can successfully cut back its labor cost in inventory stockrooms by counting only high-value items. These items are determined by reference to their Annual Usage values. The items' annual usage values should be used as the activity cost pool for accumulating and allocating labor cost in inventory stockrooms. Taylor Industries can establish a benchmark or cutoff point so that only the items meeting this benchmark are counted. For example, the items with annual usage value above $5,000 should be included in the items to be counted. This strategy will reduce the number of items to be counted and therefore the labor cost.
b) Since item 15 is critical to Taylor Industries' continued operations, it should be classified as a direct materials cost and not an overhead cost.
Explanation:
a) Data and Calculations:
a random sample of 20 of Taylor's items:
ITEM NUMBER ANNUAL USAGE ITEM NUMBER ANNUAL USAGE
1 $ 1,500 11 $ 13,000
2 12,000 12 600
3 2,200 13 42,000
4 50,000 14 9,900
5 9,600 15 1,200
6 750 16 10,200
7 2,000 17 4,000
8 11,000 18 61,000
9 800 19 3,500
10 15,000 20 2,900
Average annual usage value = $12,657.50
Answer:
6.32%
Explanation:
Bonds yield amount = $1,030 × 6.14% = $63.242
Coupon rate = Bond yield amount ÷ Par value of the bond = $63.242 ÷ $1,000 = 0.063242, or 6.32%
Therefore, the coupon rate on the bonds must be 6.32%.
