PLAC and Perpetuity: Difference between pages

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imported>John Grout
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imported>Doug Williamson
(Added additional broader definition. Source http://www.investopedia.com/terms/p/perpetuity.asp.)
 
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Primary Loss Absorbing Capital.
1.


Used, especially in the UK, to refer to equity and bail-in-able long term debt of banks that can be written down in case of financial distress. It includes both equity and bail-in-able long-term debt.
An infinite amount of time, usually a constant stream of cash flows with no end.




== See also ==


*[[Capital adequacy]]
2. '''Fixed perpetuities'''
 
A fixed perpetuity is a periodic cash flow starting one period in the future, then carrying on for ever - ‘in perpetuity’.
 
Each cash flow is an equal fixed amount.
 
The present value of a fixed perpetuity is calculated - assuming a constant periodic cost of capital (r) for all periods from now to infinity - as:
 
Present Value = A<sub>1</sub> x 1/r
 
 
where:
 
A<sub>1</sub> = Time 1 cash flow
 
r = periodic cost of capital
 
 
3. '''Growing perpetuities'''
 
For a growing perpetuity, the present value formula is modified to take account of the constant periodic growth rate from one period in the future to infinity, as follows:
 
Present Value = A<sub>1</sub> x 1 / (r - g)
 
where g = the periodic rate of growth of the cash flow.
 
 
The growing perpetuity concept is applied in many contexts.
 
For example, the Dividend growth model for share valuation.


*[[SLAC]] - Secondary Loss Absorbing Capital


*[[GCLAC]] also referred to as GLAC - gone-concern loss absorbing capital
== See also ==
* [[Annuity]]
* [[Dividend growth model]]
* [[Growing perpetuity]]
* [[Irredeemable]]
* [[Perpetuity due]]
* [[Perpetuity factor]]
* [[Simple annuity]]
* [[Growing annuity]]


[[Category:Regulation_and_Law]]
[[Category:Corporate_finance]]
[[Category:Long_term_funding]]

Revision as of 15:34, 16 August 2017

1.

An infinite amount of time, usually a constant stream of cash flows with no end.


2. Fixed perpetuities

A fixed perpetuity is a periodic cash flow starting one period in the future, then carrying on for ever - ‘in perpetuity’.

Each cash flow is an equal fixed amount.

The present value of a fixed perpetuity is calculated - assuming a constant periodic cost of capital (r) for all periods from now to infinity - as:

Present Value = A1 x 1/r


where:

A1 = Time 1 cash flow

r = periodic cost of capital


3. Growing perpetuities

For a growing perpetuity, the present value formula is modified to take account of the constant periodic growth rate from one period in the future to infinity, as follows:

Present Value = A1 x 1 / (r - g)

where g = the periodic rate of growth of the cash flow.


The growing perpetuity concept is applied in many contexts.

For example, the Dividend growth model for share valuation.


See also