Answer:
Explanation:
The <em>price</em> of a <em>stock</em> can be modeled by the present value of the stream of future <em>dividends</em> discounted at a rate equal to the<em> return expected</em>.
The equation, when the dividends are expected to <em>grow</em> at a constant rate, less than the return rate is:

Where:
- Price₀ is the <em>current price</em>: $44.12
- Div₁ is the <em>dividend </em>to be paid a year from now: $0.46 × 1.145 = $0.53
- g is the expected constant <em>growth rate</em>: 14.5% = 0.145
- r is the <em>expected return</em>
Then, you can solve for r:

Answer:
C) $77,090
Explanation:
June 69000 (40% in July, 50% in AUgust)
July 80000 (40% in August, 50% in Sepetember)
August 77500 (40% in September, 50% in October)
September 77900 (40% in October)
October 71800 (10% in October)
Total budgeted cash payments in October = 71,800 x 10% + 77,900 x 40% + 77,500 x 50% = 77,090
Answer:
E) $2,400
Explanation:
optimal order quantity = sqrt{(2*D*S)/H}
= sqrt{(2*36,000*$80)/$4}
= $1,200
number of orders per year = $36,000/$1,200
= $30
total ordering cost = $30*$80
= $2,400
Therefore, The total ordering cost of inventory is $2,400.
Answer:
65%
Explanation:
Given that
Sales = $979,000
Variable manufacturing expense = $232,000
Variable selling and administrative expense = $110,650
The computation of contribution margin ratio is shown below:-
Contribution margin ratio = (Sales - Variable manufacturing expense - Variable selling and administrative expense) × 100 ÷ Sales
= ($979,000 - $232,000 - $110,650) × 100 ÷ $979,000
= ($979,000 - $342,650) × 100 ÷ $979,000
= $636,350 × 100 ÷ $979,000
= 65%
Answer: Account A
Explanation:
Account A would be best for James as it provides the most value for the things he would like to do.
- ATM charges are free with this account so he can use the ATM four times in the month at no charge
- He would pay no monthly fees as he uses direct debit
- He would pay an annual fee of $0
- And as online payments are free, he would not have to worry about getting charged for the 8 bills to process in the month.