In this expression,
et is the levered cost of equity,
ρt is the cost of unlevered equity, d is the cost of debt, T is the tax rate, D%t-1 is the proportion of debt on the total market value for the firm, at t-1 and E%t-1
is the proportion of equity on the total market value for the firm, at t-1.
It can be shown that line 2 results from the assumption regarding the discount rate for the tax savings. In this case that rate is d and expression 2 is valid only for perpetuities. When working with n finite it can be shown that the expression for e changes for every period (see Velez-Pareja and Tham 2001c). The assumption behind d as the discount
rate is that the tax savings are a non-risky cash flow.
In this expression, et is the levered cost of equity, ρt is the cost of unlevered equity, d is the cost of debt, T is the tax rate, D%t-1 is the proportion of debt on the total market value for the firm, at t-1 and E%t-1is the proportion of equity on the total market value for the firm, at t-1. It can be shown that line 2 results from the assumption regarding the discount rate for the tax savings. In this case that rate is d and expression 2 is valid only for perpetuities. When working with n finite it can be shown that the expression for e changes for every period (see Velez-Pareja and Tham 2001c). The assumption behind d as the discountrate is that the tax savings are a non-risky cash flow.
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