Answer:
The total amount of the cash dividend is $7,125
Explanation:
The Dividend is declared to pay all the outstanding shares in the market. Sometime the company has some treasury shares in the stocks which is deducted from the total issued shares to find the outstanding shares. In this case, the issued shares and the outstanding numbers of shares are different.
Treasury shares are those shares that are bought back by the company that issued the shares.
Use the following formula to calculate the cash dividend
Cash Dividend = Numbers of outstanding shares x Dividend rate
Where
Numbers of outstanding shares = 9,500 shares
Dividend rate = $0.75 per share
Placing values in the formula
Cash Dividend = 9,500 x $0.75 per share
Cash Dividend = $7,125
Amount invested today=P =$1,000
Annual interest rate=r =5%
Concept:
First, find the effective quarterly rate which is r/m, m=no. of quarters in a year which is equal to four.
effective quarterly rate= r/m =5/4 =1.25%
now, no. of period is equal to n=4 (reason: 4 quarter in a year for which effective rate of 1.25% used)
Now,
Investment in one year = F= 1,000(F/P, 1.25%, 4)
= 1,000(1.0509)
= $1050.9<span />
Answer:
increase by 400 billion dollars
Explanation:
marginal propensity to consume = mpc
tax multiplier = -mpc/1-mpc
from our question we were given mpc to be 0.8
-0.8/1-0.8
= -0.8/0.2
= -4
change in output = -4(-100)
= 400 billion dollars
for a $100 tax decrease, output will increase by $100 billion x 4
= $400 billion
Answer:
A. Increase retained earnings
Explanation:
The net income earned by a company in a particular year is always used for two purposes and treated in these ways- it is either paid out as dividends or retained in the business and transferred to the retained earning account or both. Thus, if out of $1.00 earnings per share, which is basically the net income earned per share, $0.75 is paid out as dividends per share, the remaining $0.25 is retained in the business and transferred to the retained earnings account.
Answer: The change in molarity of blood is 0.0187 mol/L
Explanation:
The equation for molarity is given as:
M = m/V
where M is molarity (mol/L)
m = number of moles of solute
V = volume of solvent (Liters)
First step: Determine the number of moles in a specific mass
32g sugar (sucrose: C12H22O11) is dissolved in a 5L of blood.
In order to get the number of moles in a specific mass, divide the number of grams per mole into the size of the sample i.e 32g/(342.30 g/mol) = 0.0935 mol
Second step: Determine the change in molarity of blood sugar.
M = m/V
M = 0.0935 mol /5 L
M = 0.0187 mol/L