It seems that you have missed the necessary options in order for us to answer this question so I had to look for it. Anyway, here is the answer. Suppose smith wants one ipod no matter what the price is between $0 and $150, jones wants one ipod no matter what the price is between $0 and $200, and young wants one ipod no matter what the price is between $0 and $250. In this case, each individual buyer's demand curve will be VERTICAL <span> and the market demand curve will be DOWNWARD SLOPING. Hope this helps.</span>
Answer:
In Transformational leadership the leaders works to motivate and engage the followers by directing their behavior toward a shared vision.
Explanation:
An example of Transformational leadership would be when a new Company is formed and employees are motivated to work towards a common long term objective or when an established Company enters into a new Line of Business or launches a new Product.
In Transactional leadership the leader’s focus is on the role of supervision, organization, and collective performance of a group. They are concerned about the status quo and day-to-day progress toward goals. The transactional model is likely to be successful in a crisis situation or in projects that require linear and specific processes. This model is also useful for managing big Portfolios in Banks or Asset management Companies.
In Charismatic leadership the leader works on encouraging particular behaviors in others by way of eloquent communication, persuasion and force of personality. Such leaders motivate their followers to get things done or improve the way certain things are done. An example of Transformational leadership would be when a new Company is planning to expand and Takeover a new Company in the same Line of Business or when and Organization tries to achieve the best in the Industry award. This is the situation when power of speech and communication is required to persuade and motivate the people working in the Organization.
Answer:
100 items need to be counted each day.
Explanation:
Of the 6,800 items, 544 are A items (0.08 * 6,800), 2,244 are B items (0.33 * 6,800) and 4,012 are C items (0.59 * 6,800). If you want to count every day the same number of items, you have to divide the number of items A, B and C for the days between being counted twice. So, if you have to count each day a number of items A, the amount is 544/19 working days, that is 28.6315789. The same with B (2,244/60 = 37.4) and with C (4,012/118 = 34). Each day, you have to count 28.63 A plus 37.4 B plus 34 C. 28.63+37.4+34=100.03.
Answer:
x = 2.0785 and x = -2.245
Explanation:
The following is the step by step solution to the problem.
6x² + x - 28 = 0
Where,
a = 6
b = 1
c = -28
Using the formula,
x = [(-b + √((b)² - 4ac)) / 2a] and x = [(-b - √((b)² - 4ac)) / 2a]
x = [(-1 + √((1)² - 4(6)(-28))) / 2(6)] and x = [(-1 - √((1)² - 4(6)(-28))) / 2(6)]
x = [(-1 + 25.94) / 12 and x = [(-1 - 25.94) / 12
x = 2.0785 and x = -2.245
The complete question is as follows:
Harding Corporation acquired real estate that contained land, building and equipment. The property cost Harding $1,330,000. Harding paid $315,000 and issued a note payable for the remainder of the cost. An appraisal of the property reported the following values: Land, $333,000; Building, $990,000 and Equipment, $657,000. (Round your intermediate percentages to the nearest whole number: i.e 0.054231 = 5%. Do not round any other intermediate calculations.)Assume that Harding uses the units-of-production method when depreciating its equipment. Harding estimates that the purchased equipment will produce 1,040,000 units over its 5-year useful life and has salvage value of $17,000. Harding produced 269,000 units with the equipment by the end of the first year of purchase.Which amount below is
closest to the amount Harding will record for depreciation expense for the equipment in the first year?
A. $169,936
B. $165,538.462
C. $109,126
D. $88,460
Answer: B. $165,538.462
Explanation
Formula: Depreciation expense = step a
(cost of asset - salvage value)/estimated total units produced
step b = (step a) x actual units produced
step a = (65-17000)/1040000
= step a x 269000 = $B. $165,538.462
