00:01
To calculate turbine technology limited weight, average cost of wacc, we will first need to determine the cost for each component of capital.
00:14
And first thing we get cost of that turbine technology limited weight compound outstanding debt rate at 104 % of the core value.
00:30
The component rate is 6 % paid semi -annually and they mature in 10 years.
00:36
So we calculate annual component payment.
00:41
Annual component payment would be 0 .06 of the component rate, 6 ,200 ,372 million yen.
01:00
Debt building the current market price of the component, cost of debt would be this value, 3 ,720 ,000 yen.
01:18
Annual component payment plus core value minus market price, 6 ,200 ,000 minus 6 ,200 ,000 divided by the market price.
01:44
For example, we have the currency, we can hold it divided by 6 ,200 ,000.
02:01
That's 6 ,200 ,000 divided by 2.
02:09
So cost of debt would be 3 ,720 ,000 divided by 3 ,100 ,000 which is 12%.
02:34
And second thing would be cost of pre -priced stock.
02:52
Pre -priced stock has a fixed dividend rate of 6 .2 % and a par value of 25%.
02:58
The new pre -priced stock would be issued at the lowest par value but there are quotation costs of 3%.
03:05
So cost of pre -priced stock would be dividend rate divided by 1 minus quotation cost 6 .25 % divided by 1 minus 0 .03.
03:23
It would be 6 .46%.
03:25
The third point is cost of payment.
03:38
We'll calculate the cost of payment if we're using both the dividend valuation model and the asset assessment price model.
03:49
So in the dividend valuation model, it would be 1 .36526 plus 0 .03.
04:20
D1 divided by d0 plus g which is 8 .23%...