
Assess debt financing and equity financing as funding sources for investments, and examine how cost of capital, tax effects, and capital structure influence project selection and required returns.
Discover the weighted average cost of capital (WACC) as a framework for debt and equity financing, outlining after-tax cost of debt, cost of equity, and capital structure.
Analyze the cost of debt within the weighted average cost of capital, focusing on after-tax rates, market rate, and bond pricing effects.
Explore the cost of preferred stock as an intro to equity financing. Compare its dividend-based rate to debt costs within the weighted average cost of capital, accounting for flotation costs.
Explore the cost of common equity within the weighted average cost of capital, comparing debt and equity financing, and apply dividend valuation and capital asset pricing model.
Explore the optimal capital structure by analyzing the weighted average cost of capital (WACC), balancing debt and equity, and understanding the impact of taxes and risk on costs.
Calculate the cost of debt after tax using interest rate times (1 minus tax rate) with a 100,000 loan at 5% and compare to equity via the tax benefit.
Calculate the after-tax cost of debt using the formula interest rate times (1 minus tax rate) and compare debt to equity financing, highlighting the tax benefit.
Compute the debt cost after taxes by solving for the debt rate using the formula cost after tax equals debt rate times (one minus tax rate), using algebra and tables.
Learn to compute after-tax cost of debt by deriving the market rate from bond price (discount or premium) and comparing debt versus equity financing.
Calculate the change in the cost of debt after tax when tax rates shift, using market rate versus the bond rate, tax shields, and a par value example.
Calculate the cost of preferred stock percent as $9 dividend over $146 net proceeds from a $150 issue, 6.16%, and compare to debt, noting no tax deduction and no maturity.
Calculate the cost of common stock financing using dividends per share, stock price, growth, and flotation costs, then compare the equity cost to debt financing.
Explore the cost of capital for common stock financing, comparing dividends, growth, and flotation costs to debt, and learn to compute net issue prices and equity costs.
This lecture uses an Excel practice problem to compute the weighted average cost of capital (WACC), or ACTC, with 40% debt and 60% equity, and explains the formula and components.
Compute the after-tax cost of debt using interest and the tax benefit, illustrated with 100,000 debt at 5% and 30% tax, yielding 3.5% after-tax cost; compare debt and equity financing.
Calculate the cost of debt after tax using the tax benefit from interest expense deduction in Excel, exploring debt financing concepts and practical examples.
Learn to calculate cost of debt after taxes in Excel, solve for the debt rate with a 35% tax rate, and use goal seek and algebra.
Learn to compute a bond's after-tax cost of debt using Excel, deriving the market rate from price, and accounting for premium or discount, interest tax shield, and amortization.
demonstrates calculating the change in after-tax cost of debt when tax rates fall from 35% to 25%, using yield to maturity and an Excel worksheet.
Compute the cost of preferred stock as annual dividends divided by net proceeds after flotation costs, yielding about 6.16% for equity financing.
Compute the current yield of preferred stock using an Excel worksheet by calculating annual dividend from par value and issuance yield, then divide by the current price.
Explore debt versus preferred stock financing using an Excel model. Calculate after-tax debt cost at 7.8% and preferred stock cost at 9.23%, highlighting tax impact and flotation costs.
Learn how to compute the cost of common stock for financing, using dividends per share, stock price, growth, and flotation costs to compare with debt options.
Explore calculating the cost of common stock and retained earnings using dividends, stock price, and growth rate, including flotation costs and net price impacts in equity financing.
This course will discusses weighted average cost of capital, debt, and equity financing from a corporate finance perspective.
We will include many example problems, both in the format of presentations and Excel worksheet problems. The Excel worksheet presentations will include a downloadable Excel workbook with at least two tabs, one with the answer, the second with a preformatted worksheet that can be completed in a step-by-step process along with the instructional videos.
The general idea we want to keep in our mind is that businesses are looking to invest assets in order to receive a return. Capital, or financing, is needed for the capital investments. A company could generate the capital from internal operations, but often looks for other sources of financing to facilitate faster growth and quicker revenue generation.
The options to acquire capital include debt financing and equity financing. As a company thinks about their financing options, they should have an understanding of their financing structure. The weighted average cost of capital (WACC) is often used for financing decisions. This course will demonstrate the WACC calculation.
Learners will understand how to calculate the cost of debt. One of the primary forms of debt financing are corporate bonds, the cost including interest payments on the bonds. Taxes have a big impact on financing decisions. Bond interest is generally tax deductible.
We will also consider preferred stock financing. In many ways preferred stock is similar to debt financing because of the payments that are somewhat standardized. However, preferred stock does not have a maturity date and the payments are not generally tax deductible.
The course will demonstrate common stock financing, a form of equity financing. It can be more difficult to value the cost of common stock financing and we will consider methods in doing so.