A(n) ___ service provides an electronic version of an invoice with all of the details

The average ticket price for a concert at the opera house was $50. The average attendance was 2500. When the ticket price was r

Ber [7]

Answer:

The price per ticket should be $37.5

Explanation:

First we need to determine the change in demand (attendance) as a result of every $1 increase in the price of ticket.

The ticket price increased by $4 (from 50 to 54) and the demand fell by 400 (from 2500 to 2100). The change per dollar is, 400 / 4 = 100.

So, for every $1 increase in price, demand falls by 100.

The revenue is calculated by multiplying price by quantity demanded. Revenue equation will be,

Let x be the change in price from $50.

Revenue = (50 + x) * (2500 - 100x)

Revenue = 125000 - 5000x + 2500x - 100x²

Revenue = 125000 - 2500x - 100x²

To calculate the price that maximizes the revenue, we need to take the derivative of this equation.

d/dx = 0 - 1 * 2500x° - 2 * 100x

0 = -2500 - 200x

2500 = -200x

2500 / -200 = x

-12.5 = x

Price should be 50 - 12.5 = 37.5

At price $37.5 the revenue of the Opera House is maximized.

6 0

3 years ago

Television is different from film in that

Dmitry_Shevchenko [17]

Answer: The correct answer is "all answers correct".

Explanation: The television contains images of lower quality than the films since the films are made individually with the aim of creating an experience of cinematographic entertainment totally different from that offered by television.

6 0

4 years ago

Justin Cement Company has had the following pattern of earnings per share over the last five years: Year Earnings Per Share 20X1

ElenaW [278]

Answer:

(a) $4.08

(b) $51.03

Explanation:

Constant growth rate for earnings:

= (EPS for any year ÷ EPS for the previous year) - 1

= (8.40 ÷ 8.00) - 1

= 0.05

= 5%

(a) EPS for 2016 = EPS for 2015 × (1 + 5%)

= 9.72 × 1.05

= $10.21

Dividend for 2016 = 40% × EPS for 2016

= 40% × 10.206

= $4.08

(b) Stock Price at the beginning of 2016:

= Dividend for 2016 ÷ (Required rate of return - Constant growth rate)

= 4.0824 ÷ (0.13 - 0.05)

= $51.03

8 0

3 years ago

When Patrick was talking with his customer about the new accounting system, his customer mentioned that she thought the new syst

cupoosta [38]

Answer:

The question lacks answers:

a. overcoming reservations

b. generating and qualifying leads

c. the presentation

d. the preapproach

e. follow-up

The answer is: a. overcoming reservations

The answer can be formulated as - handling objections

Explanation:

The sales presentation process usually follows the sequence:

generating and qualifying leads -> the preapproach -> the presentation -> overcoming reservations -> closing -> follow-up

The part of overcoming reservations is one of the most critical parts of the sales process, as it includes the addressing of the potential concerns a lead may have. This is the part when most salespeople end the whole process, as they are mostly not prepared to argument their sales pitch.

In this example, Patrick is confident and persistent in his efforts to emphasize the benefits of the system, even though the client expressed some concern about it. Patrick successfully overcame the client's reservations by explaining the benefits further.

6 0

3 years ago

The catering manager of lavista hotel, lisa ferguson, is disturbed by the amount of silverware she is losing every week. last

Finger [1]

Answer:

A.16,971 pieces

B.$530.34

C.$530.32

Explanation:

a)

EOQ = √2∗A∗B÷C

EOQ = Economic Order Quantity

A = Annual Demand

B = Buying Cost

C = Carrying Cost per unit per year

Hence:

A = 45,000 pieces

B = $200 per order

C = $1.25 * 5% per unit per year

= $0.0625

EOQ = √2∗45,000∗$200 ÷ $0.0625

= 16,970.56 approximately 16,971 pieces

b)

Annual Holding Cost = Average Inventory * Holding Cost per unit per year

Average Inventory = EOQ÷2

Using the formula

Annual Holding Cost = 16,971 ÷2 ∗$0.0625

Annual Holding Cost =8,485.5×$0.0625

Annual Holding Cost = $530.34

c)

Annual Ordering Cost = Ordering Cost Per order * No. of Orders

No. of Orders = Annual Demand÷EOQ

Annual Ordering Cost = $200∗45,000÷ 16,971

Annual Ordering Cost =$9,000,000÷16,971

Annual Ordering Cost = $530.32

4 0

3 years ago