992 candy bars must be sold to maximize revenue.
<h3>
What is revenue?</h3>
- The total amount of income generated by the sale of goods and services related to the primary operations of the business is referred to as revenue in accounting.
- Commercial revenue is also known as sales or turnover.
- Some businesses make money by charging interest, royalties, or other fees.
To find how many candy bars must be sold to maximize revenue:
The price of a candy bar is determined by the quantity sold:
- p(x) = 124 - (x/16) where x is in 1000s.
If the candy bar's price is p(x), the revenue function is:
- R(x) = p(x) · x = 124 · x - x²/16
Find the solution of R'(x) = 0 to maximize R(x):
- R'(x) = 124 - x/8
- 124 - x/8 = 0
- x = 992
Therefore, 992 candy bars must be sold to maximize revenue.
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The correct question is given below:
If the price of a candy bar is p(x) cents then x thousand candy bars are sold. The price p(x) = 124-(x/16). How many candy bars must be sold to maximize revenue?
Answer:
Above the point bar
Explanation:
channelization
Straightened sections of the river channel are lined with concrete to increase the rate of flow and reduce bank collapse
Advantages of channelization
Improves rate of flow
Benefits transportation
Reduces bank collapse
Answer:
Marketing mix.
Explanation:
The said term is said to be an inclusion of certain multiple areas of focus as a vital body used to explain a comprehensive marketing plan. It clearly points to a certain classifications which are common that began as the four Ps which has the inclusion of factors like product, price, placement, and promotion. All these factors are of the marketing mix and are known to influence each other. They make up the business plan for a company and handled right, can give it great success. It is of great value too because of its help in focusing on a marketing mix helps organizations make strategic decisions when launching new products or revising existing products.
Answer:
The share is worth $5.68 today.
Explanation:
The current price of the stock can be calculated using the DDM or dividend discount model. The DDM values the stock based on the present value of the expected future dividends from the stock.
The following is the formula for the price of the stock today,
P0 = D1 / (1+r) + D2 / (1+r)^2 + ... + Dn / (1+r)^n + Terminal value / (1+r)^n
The terminal value is the cumulative value of all the future dividends calculated when the dividend growth becomes zero or constant. In case the dividend growth becomes constant, like in this case, the terminal value is calculated as follows,
Terminal value = Dn * (1+g) / r - g
Where,
- g is the Constant growth rate in dividends
So, the price of this stock today is,
P0 = 0.65 / (1+0.145) + 0.70 / (1+0.145)^2 + 0.75 / (1+0.145)^3 +
((0.75 * (1+0.02) / (0.145 - 0.02)) / (1+0.145)^3
P0 = $5.678 rounded off to $5.68
Answer:
The correct answer is 31 customers per day.
Explanation:
Consider the current capacity requirement as = x
Management wants to have a capacity cushion = 8%.
So the utilization is required = 100% - 8% = 92%
A process of currently services an average of 43 customers per day and utilization is 90%.
Expected Demand=70%= 70 ÷ 100 = 0.70
Current utilization = 90% = 0.90
Let Capacity requirement = X
Capacity requirement ÷ required utilization = Expected Demand rate × current service rate ÷ current utilization rate
X ÷ 0.92 = 0.70 × 43 ÷ 0.90
X = 0.70 × 43 ÷ 0.90 × 0.92
= 30.76 or 31
Needed capacity requirement is 31 customer per day.