China, India and Brazil are some of the largest growing global businesses. These come from many different factors; GDP growth and population are two major causes. China has the largest populations in the world along with the fastest growing GDP percentages.
If the standard deviation is 20.98%. The range you should expect to see with a 95 percent probability is: -31.02 percent to +52.9 percent.
<h3>Expected range of return </h3>
Expected range of return = 10.94 percent ± 2(20.98 percent)
Expected range of return =[10.94 percent- 2(20.98 percent)]; [10.94 percent + 2(20.98 percent)]
Expected range of return =(10.94 percent- 41.96 percent); (10.94 percent + 41.96 percent
Expected range of return = -31.02 percent to +52.9 percent
Inconclusion the range of returns is: -31.02 percent to +52.9 percent.
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When a company determines that a group of people of certain age range and gender will likely buy its product, it is finding its: <em>potential customers/market target.</em>
Every product has a specific group of people that share similar characteristics that it can meet their needs. The unique needs of that group of people is what companies and producers focus on to exploit in creating product and marketing strategy for.
Such unique group of people constitute the market target or potential customers for such product.
Therefore, when a company determines that a group of people of certain age range and gender will likely buy its product, it is finding its potential customers/market target.
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Approximately 80% of the population on Madagascar consists of subsistence farmers who use a slash and burn technique called Tavy to clear forests. This traditional Malagasy farming method Taly is used to clear forest for farming land. The method involves setting vegetation alight after being cut down, creating potential land for rice cultivations.
Answer:please refer to the explanation section
Explanation:
The question is incomplete, The amount that each firm must produce is not given or the Quantity/demand equation that each firm faces is not given. We use a firm's quantity/demand equation to calculate how much each firm should produce and then work out the number of firms that should exist in the industry.
let us assume quantity produced by each firm is given by this equation;
Q = 1900 + 15000Price
We need to plug the Price of $2.54 per unit Vitamin Bottle to the quantity equation. Q = 1900 + 15000(2.54) = 40 000
each firm must produce 40 000 units
Number of firms that should exist = Total Market Quantity/Firms Quantity Number of firms that should exist = 1055 560 000/40 000
Number of firms that should exist = 26389
When the price is $2.54, with each firm Producing 40000 units, 26389 firms should exist in the market to cover the total Market Quantity of 1055 560 000.
The question may provide you with the Quantity that each firm must produce, in that case you simple divide total market quantity by the firm's quantity to find number of firm that should exist.
When you are given quantity equations you use the price to work out quantity produced by each firm and then Divide the Market Quantity by Firm's quantity to find number of firms that should exist
