Answer:
WACC= 17.95%
Explanation:
Weighted average cost of capital is the average cost of all of the long-term types of finance used by a company weighted according to the that amount of finance used in relation to the total pool of fund.
It is calculated using the formula below:
WACC = (We×Ke) + (Wd×Kd)
Ke-cost of equity- 22%
We- equity weight- 100% - 45% = 55%
Kd-After tax cost of debt-10.3%
Wd- 45%
After tax cost of debt = Before tax ×× (1- tax rate)
After tax cost of debt = 13%× (1-0.21) = 10.3%
Cost of equity = 22%
WACC =(0.55× 22%) + (0.45× 13%)=17.95%
WACC= 17.95%
Answer:
Correct option is (a)
Explanation:
GDP or Gross domestic product includes monetary value of all goods and services produced within a country. It includes all private and public investments and exports less taxes and imports.
Option b, c and d are incorrect as GDP accounts for only domestic production and not foreign activities. Details about how income is distributed is not given by GDP. GDP provides details about economic condition of the nation. GDP does not indicate wholesome well being of the nation like human development, infant mortality and standard of living.
GDP accounts for factory production but does not account for any production carried out at the cost of environmental degradation.
Answer:
financial accounting and management accounting
Definition: the skill and risk taking ability of the person who brings the other resources or factors of production together to produce a good or service e.g. the owner of a business. These people are called entrepreneurs
Opportunities of an entrepreneur:
• involves the sale or lease of any product, service, equipment that will enable the purchaser-licensee to begin a business.
• invest in (multiple) businesses
•quality content
• foreign markets
•crowdfunding
Answer:
The algebraic formulation of the constraint is 4X+2Y ≤ 100
Explanation:
The algebraic formulation of the constraint is shown below:
Given that
The number of hours taken per unit of x is 4 hours
And the number of hours taken per unit of x is 2 hours
And, the maximum hours available is 100
Now based on the above information
The algebraic formulation of the constraint is
= 4X+2Y ≤ 100
hence, the same is to be considered
