Answer:
Cost of Equity = 11.30%
Explanation:
Computation Cost for Equity
Using Gordon Model
Market Price = [Dividend × (1 + Growth Rate )] / (Cost of Equity - Growth Rate)
41.08 = [$3.01 × (1 + 0.037)] / (Cost of Equity - 0.037)
41.08 = [$3.01 × (1.037)] / (Cost of Equity - 0.037)
Cost of Equity - 0.037 = $3.12 / 41.08
Cost of Equity - 0.037 = $0.076
Cost of Equity = 0.076 + 0.037
Cost of Equity = 0.1130
Cost of Equity = 11.30%
Answer:
it is too long but also I like to choice Step 1
The optimal capital structure can be realized if : Debt-equity ratio selected results in the lowest possible weighted average cost of capital.
- An optimal capital structure can be regarded as best mix of debt as well as equity financing which maximizes a company's market value.
- And as well minimizing its cost of capital, it can be realized when Debt-equity ratio that is been selected, gives the lowest possible weighted average cost of capital.
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These gains and losses may be described or classified as either operating or nonoperating, depending on their relation to an entity's major ongoing or central operations.
<h3>What does Conceptual Framework say about profit and loss?</h3>
- The Exposure Draft proposed that, because profit or loss is the primary source of information about an entity's financial performance for the period, the framework should include a presumption that all income and all expenses will be included in that statement.
- The FASB's conceptual framework classifies gains and losses based on whether they are related to an entity's major ongoing or central operations.
- Nonoperating are “other” gains and losses.
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