Answer:
Growth rate 2.4%
Explanation:
MV=D1/(Ke-g)
Where MV=share market value=$15
D1=Dividend at year end=$.72
Ke=stock's expected rate of return=7.2%
By putting above values in formula, we get;
MV=D1/(Ke-g)
15=.72/(7.2%-g)
15*7.2%-15g=.72
1.08-15g=.72
.72-1.08=-15g
g= -.36/-15
g=2.4%
Answer:
Raise the income tax, which gives citizens less money to spend, and buy more services from civilian - owned businesses, which creates more jobs.
Explanation:
To prevent inflation, Lilliput's government should raise the income tax, which gives citizens less money to spend and buys more services from a civilian-owned business, which creates more jobs.
In this way, it can increase employment and reduce consumer spending which in turn will prevent inflation.
Answer:
an increase in the price of both
Explanation:
A decrease in the supply of paprika would cause an increase in the price of both substitute goods. When the supply of paprika falls, the demand will be greater than what is available for sale and this would cause the sellers to raise it's price afterall it is now scarce.
Also as a substitute good, more people would begin to switch to buying cummin which would raise the demand for cummin. This increase in demand for cummin would then cause the price of cummin to go up.
Answer:
21.26%
Explanation:
Calculation for the Rate of return that the
investor receive on the XYZ Fund last year
Using this formula
Rate of return =Current value - original value +Income distributions+ Capital gain distributions) / original value) x 100
Where,
Current value =$19.47
Original value =$17.50
Income distributions=$0.75
Capital gain distributions=$1.00
Let plug in the formula
Rate of return($19.47 - $17.50 + $0.75 + $1.00)/$17.50
Rate of return =($1.97+0.75+$1.00)/$17.50
Rate of return=$3.72/$17.50
Rate of return =0.2126*100
Rate of return =21.26%
Therefore the rate of return that did investor receive on the XYZ Fund last year will be 21.26%
The alkene that is responsible for strong smell of orange is limonene. The limonene is <span>common </span>D-isomer, <span>a naturally occurring chemical which is the major component in oil of orange. </span>It is used<span> as a </span>fragrance<span> in </span>perfumery and cosmetic products, but also<span> as a </span>flavoring<span> to mask the bitter taste of </span>alkaloids and foods.
