Option C. If the cross-price elasticity of two goods is negative, then the two goods are <u>complements.</u>
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What is Cross-Price Elasticity?
- Cross-price elasticity measures how sensitive the demand of a product is over a shift of a corresponding product price.
- Often, in the market, some goods can relate to one another.
- This may mean a product’s price increase or decrease can positively or negatively affect the other product’s demand.
- A price increase of a complementary product will lead to lower demand or negative cross-price elasticity, and a price increase in a substitute product will lead to increased demand or a positive cross-price elasticity.
- Unrelated products have zero cross-price elasticity.
- For substitute products, an increase in the price of a substitute product increases the demand for the competing product.
- This is often because consumers always try to maximize utility.
- The less they spend on something, the higher the perceived satisfaction.
To know more about cross- price elasticity , refer:
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Find common denominators. What you do to the denominator, you do to the numerator.
(2/5)(7/7) = 14/35
(3/7)(5/5) = 15/35
14/35 - 15/35 = -1/35
If you meant to put addition, then your answer will be D) 29/35.
14/35 + 15/35 = 29/35
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Answer:
Organic structure.
Explanation:
Organic structure: It is defined as flat organizational structure as it does not follow normal hierarchical structure, it is more of a decentralized structure with a lesser layer of management at every level, where more information is shared among employee and each department co-operate with other departments, which helps the organization to adapt well with the changes. Employees have the opportunity to participate in the decision-making process of the organization.
In the given case, Steel manufacturing firm are following an environment that is simple and integrated but also dynamic and hostile, which is a perfect organic structure.
Answer:
=> fraction of the portfolio that should be allocated to T-bills = 0.4482 = 44.82%.
=> fraction to equity = 0.5518 = 55.18%.
Explanation:
So, in this question or problem we are given the following parameters or data or information which are; that the utility function is U = E(r) – 0.5 × Aσ2 and the risk-aversion coefficient is A = 4.4.
The fraction of the portfolio that should be allocated to T-bills and its equivalent fraction to equity can be calculated by using the formula below;
The first step is to determine or Calculate the value of fraction to equity.
Hence, the fraction to equity = risk premium/(market standard deviation)^2 - risk aversion.
= 8.10% ÷ [(20.48%)^2 × 3.5 = 0.5518.
Therefore, the value for fraction of the portfolio that should be allocated to T-bills = 1 - fraction to equity = 1 - 0.5518 =0.4482 .
