Answer:
0.76%
Explanation:
Firstly we write out the production function to be
Y = K^0.34L^0.42.
So if we have inputs that are increased by 1%, we will now have a new production function which is
Y = (K + 0.01 of K)^0.34 (L + 0.01 of L)^0.42
We write this in terms of growth rate
The Growth rate of Y = 0.34 x the growth rate of K + 0.42 x the growth rate of L
This gives us the Growth rate of Y = 0.34 x 1% + 0.42 x 1%
= 0.34+0.42
= 0.76%
Answer:
it will help get into college.
Explanation:
a diploma doesn't open the doors to all jobs. also, if you want a higher pay for most jobs, you won't be able to get it with a diploma.
a diploma can open the doors to a college, though. which will help you further your education, and get a degree that can open the doors you need
Answer:
Switching cost
Explanation:
Switching cost may be defined as the amount which is related to the consumer for the purpose of changing the supplier to the another one. So, the greater the cost of switching, the more will be hard or costly the switch will be.
Therefore according to the above explanation, the correct answer is Switching cost.
Answer:
Cost of equity= 10,50%
Explanation:
The cost of equity is the return a company requires to decide if an iThe cost of equity is the return a company requires to decide if an investment meets capital return requirements. A firm's cost of equity represents the compensation the market demands in exchange for owning the asset and bearing the risk of ownership.
Cost of equity= (D1/P0)+g
D1= next year dividend (D0*
P0=actual price
g= growth rate of dividends
In this exercise:
D1=D0*(1+g)=0,90*1,07=$0,963
P0=$27,50
g=0,07
Cost of equity= 0,963/27,5+0,07=0,1051=10,50%
Answer:
When the bond is sale at premium, it means the market rate is lower than coupon rate. So investor purchase the bond a higher price until the bond yield equal the market rate
If sold at discount, the market rate is higher than coupon rate. This means it's sold below face value to increase the bond yield to market rate.
YTM if market price is 887 = 10.7366190%
YTM if market price is 1,134.2= 7.1764596%
Explanation:
For the YTM we can calculate an estimated using the following formula:
Where:
C= coupon payment 1,000 x 9% = 90
F= face value of the bonds = 1000
P= market price = 887
n= years to maturity = 10
YTM = 10.7366190%
C= 90
F= 1000
P= 1134.2
n= 10
YTM = 7.1764596%
A more precise answer can be achieve using excle or a financial calculator.
