Answer:please refer to the explanation section
Explanation:
Centralized Purchasing is when one head quarters department controls and handles all the purchasing that is undertaken by the business. Big companies often adopt this management strategy in controlling and managing purchasing activities undertaken by the business. while centralized purchasing strategy may have certain advantages, there are disadvantages associated wiht centralized purchasing.
- Possible Delay in processing purchase requisitions from business branches in other areas for ad hoc goods.
When Purchases are centrally controlled and managed, Purchasing department will be dealing with many purchasing requisitions from different branches which may cause a delay in the processing of purchase requisitions for goods that are needed immediately which may cause frustration for businesses operating in other areas.
- When the central purchasing department is located far away form when the business is operating the business may loose local discount
When the purchasing department is located far away from where the business is operating, for instance in another city or even in another country the business will not be able to take advantage of local discounts from local suppliers.
Answer:
Value of equity = 9,000 x $26.80 = $241,200
Value of debt issued = $39.932
Value of equity after debt repayment = $241,200 - $39,932
= $201,268
No of equity outstanding after debt repayment = <u>$201,268</u>
$26.80
= 7,510 shares
Explanation:
In this regard, there is need to determine the value of equity after debt repayment, which is value of equity minus value of debt repaid. Then,we will divide the value of equity after debt repayment by the value of equity per share. This gives the number of shares outstanding after debt repayment.
Answer:
A) There is a 50% chance the game ends in a tie, 10% chance you win (and therefore a 40% chance you lose).
expected value = (50% x 20) + (10% x 50) + (40% x 0) = 10 + 5 + 0 = 15
B) There is a 50-50 chance of winning and there are no ties.
expected value = (50% x 50) + (50% x 0) + = 25 + 0 = 25
C) There is an 80% chance you lose and a 10% chance you win or tie.
expected value = (10% x 20) + (10% x 50) + (80% x 0) = 2 + 5 + 0 = 7
The expected value of an event is determined by adding up all the possible outcomes multiplied by their respective value.