In the demonstration, 360∘ of rotation (one full rotation) represents a sidereal day. You can actually measure the length of the sidereal day by measuring the time from when <u>the star vega</u> or<u> the star sirius</u> crosses your meridian on one day (or night) until <u>it </u>crosses the meridian on the next day (or night). Mastering astronomy.
Answer:
Expected dividend yield = 10.0%
Expected capital gains yield = 5.0%
Explanation:
D0 = $1.50 (Given)
E(D1) = D0 * (1 + g) = $1.50 * (1.05) = $1.575
E(P0) = $15.75 (Given)
E(P1) = $15.75 * (1.05)1 = $16.5375
Expected dividend yield = E(D1) / E(P0)
= $1.575 / $15.75 = 0.100 = 10.0%
Expected capital gains yield = (E(P1) - E(P0)) / E(P0)
($16.5375 - $15.75) / $15.75 = 0.050 = 5.0%
You need to modify your questions
Answer:
25.94%
Explanation:
Assume, Face value of bond =$1000
Purchase price of twenty year zero coupon bond = 1000/((1+i)^N)
. Where, yield = 5% =0.05
, N= number of years to maturity =20
==> Purchase Price = 1000/(1.05^20)
Purchase Price = 1000/2.65329770514
Purchase Price = $376.89
Selling Price after one year: 1000/(1+I)^19. Where i=yield=4%=0.04, N=19
Selling Price=1000/(1.04^19)
Selling Price = 1000/2.10684917599
Selling Price = $474.64
Rate of Return = (474.64/376.89) - 1
Rate of Return = 1.25935949481281 - 1
Rate of Return = 0.2594
Rate of Return = 25.94%
