<u>Answer:</u> Upsell
<u>Explanation:</u>
Product enhancement means adding any additional features or functions to the existing products. The product managers keep adding these features to increase the market share of the product sold. It is also a marketing technique used by the companies to prove their products better than the competitors products.
By following product enhancement strategy the company tries to upsell the products. It protects the product from being out of the market and also increases the product's capability. The usability and performance of the product also increases.
Answer:
To perform an open heart sirgury
Explanation:
In economics, a service is a transaction in which no physical goods are transferred from the seller to the buyer. The benefits of such a service are held to be demonstrated by the buyer's willingness to make the exchange. Public services are those that society (nation state, fiscal union, region) as a whole pays for.
Answer:
B. Δk = sf(k) – (δ + n)k.
Explanation:
The Solow Growth Model, developed by Robert Solow, a Nobel Prize winning economist. It was the first neoclassical growth model which was was built upon the Keynesian Harrod-Domar model. The modern theory of economic growth is given by the Solow Model.
The equation below gives us the change in capital stock per worker with population growth at rate n;
Δk = sf(k) – (δ + n)k.
Where k: capital stock per worker in period t
s: savings rate
δ: rate of depreciation of capital
n: labor or number of workers
sf(k): savings per capita multiplied by a fraction of income saved.
<h2>
Cost of goods sold of Baxter's Company = 3,06,000</h2>
Explanation:
Cost of goods sold = +Purchase + Direct Exp+ Opening Inventory - Closing Stock
85,000 + 3,23,000 - 1,02,000 = 3,06,000
Answer:
12.5%
Explanation:
A portfolio has $2,800 invested in stock A
$3,900 is invested in stock B
The expected return of stock A is 9%
= 9/100
= 0.09
The expected return of stock B is 15%
= 15/100
= 0.15
The first step is to calculate the total value
= $2,800+$3,900
= $6,700
Therefore, the expected return on the portfolio can be calculated as follows
= (2,800/6,700)×0.09 + (3,900/6,700)×0.15
= 0.4179×0.09 + 0.5820×0.15
= 0.03761 + 0.0873
= 0.1249×100
= 12.5%
Hence the expected return on the portfolio is 12.5%
