Answer:
The answer is <u>"a. 8.13%".</u>
Explanation:
Given that;
d0 = $1.75
p0 = $40.00
g = 3.6% = 0.036
By using the formula;
Price of the stock = (Dividend this year)(1+g) ÷ (r - g)
By putting the values;
40 = (1.75)(1+0.036) ÷ (r - 0.036)
r - 0.036 = (1.75)(1.036) ÷ 40
r - 0.036 = 1.813 ÷ 40
r - 0.036 = 0.045325
r = 0.045325 + 0.036
r = 0.081325 = 0.081325 x 100
<u>r = 8.13%</u>
Answer: C. 1,2,3
Explanation:
Under MSRB rules, any claim, dispute, or controversy shall be submitted to arbitration at the instance of a:
• broker-dealer against another broker-dealer.
• customer against a broker-dealer.
• broker-dealer against a customer who has previously signed an arbitration agreement.
Therefore, based on the above scenario, the correct option is C.
Answer:
$70,000
Explanation:
The amount of direct material purchased during the year will be arrived at by working back from the amount of Direct Materials used within the year, then we <u>less</u> opening stock of Direct Material because obviously that was not purchased within the year but was carried over from previous period; and finally we add closing stock of Direct Material because that was left over from what was bought during the current period.
Direct materials used............................... $72,000
Beginning Direct materials inventory... ($9,000)
Ending Direct materials inventory..........<u> $7,000 </u>
Direct material purchased ........................<u>$70,000</u>
Answer:
$14.42
Explanation:
Please kindly check attachment for the step by step solution of the given problem.
Answer:
The correct answer is option b.
Explanation:
The law of supply states that other things being constant, the price of the product and its supply are positively related. This means that an increase in price will cause the quantity supplied to increase and vice versa.
In a perfectly competitive market, the firms are price takers. So a decrease in the price of the product will cause its quantity supplied to decline. Or in other words, when the price falls, the firms will reduce output.