thanks
any chance to agree a general principle to inspire to for both RR and Liquidity requirements? I might try here :
1. Income > Ongoing exp = A…(NET SAVER case)
1.1 No big expenses during the next 12m :
Liquidity requirements : small
RR : small (unless we need to grow capital to e.g. gift or fund retirement in x years, then use the calculator) where
FV = needed capital, PV = Current Asset base; PMT = A (net savings); I/Y = CPT
1.2 _we expect big expenses during the next 12m (_e.g. pay back the mortgage)
Liquidity requirements : Mortgage debt partially netted from the current saving ?
RR : small (unless we need to grow capital e.g. gift or to fund retirement in x years, then I’ll use the calculator where FV = needed capital PV = Current Asset base PMT = A (net savings); I/Y = CPT)
2. Income < Ongoing exp = B…( our inv ptf contributes to maintain our current life style)
2.1 No big expenses expected during the next 12 m :
Liquidity requirements : “B”,
RR : [“B” / asset base], we usually add inflation rate afterwards
2.2.we expect big expenses during the next 12m (e.g. pay back the mortgage)
Liquidity requirements: “B” + home mortgage
RR: is calculated as [“B” / asset base net-of mortgage debt] we usually add inflation rate afterwards
Perhaps the most difficult topic above.
Thanks