Answer:
A. Take $1 million now.
Explanation:
A. If we take $1 million now the present value of the money is $1 million.
B. If we choose to take $1.2 million paid out over 3 years then present value will at 10% will be;
$300,000 + $300,000 / 1.2 + $300,000/ 1.44 + $300,000 / 1.728
$300,000 + $250,000 + $208,000+ $173,611 = $931,944
The present value of option B is less than present value of option A. We should select option A and take $1 million now.
The size of the sample that must be used is 264. The correct sample size is 264. Read below about how to arrive at the sample size.
<h3>What is the sample size that must be used?</h3>
p′ = x / n where x represents the number of successes and n represents the sample size. The variable p′ is the sample proportion and serves as the point estimate for the true population proportion.
Then, it follows that,
p= 30/10 x 88 = 264
Therefore, the correct answer is 264.
learn more about population proportion: brainly.com/question/4300488
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Is there more to this question??? What do you need to know??
Answer:
D. differentiation.
Explanation:
Option A - Low-cost leadership refers to the strategy in which the customers are getting the products at a low cost. Companies seek to achieve cost leadership, but with efficient manufacturing and productive employees cannot help them to achieve that.
Options B and C - With local employees, it is challenging to achieve global operation, and focused differentiation is the selling of unique products to the customers. So, those are wrong answers.
Option D - With the help of differentiation strategy, companies seek effective manufacturing and productive employees to attract customers to take their products from the thousands of products in the market. Therefore, it is the correct answer.
Answer:
The incremental cost is $198,000
Explanation:
Given;
Current cost per unit to manufacture = 66,000 units
Direct materials = $5.00
Direct labor= $9.00
Overhead = $10.00
Total cost per unit = $24.00
Incremental costs = $1,254,000 - $1,056,000 = $198,000
