In this case, as long as the patient has met their annual deductable and out of pocket max, they will not have to pay for the visit themselves. Their insurance will take over and pay for the service. Since Medicare allows $95 for the service, they will post $95 as paid to the patients account.
Answer:
True
Explanation:
Whenever a company sells products that may generate warranty expenses, it must estimate the warranty expenses associated with the products sold.
It must credit a warrant liability account, and as the warrant claims are made, the company must debit a warranty expense account.
Answer:
A mask, gloves, gown, face shield.
Explanation:
Try covering up as much as possible, but these are the four most essential protective coverings you should wear while operating a pit. Hope this helps!
Answer: ER(P) = ERX(WX) + ERY(WY)
16 = 13(1-WY) + 9(WY)
16 = 13 - 13WY + 9WY
16 = 13 - 4WY
4WY = 13-16
4WY = -3
WY = -3/4
WY = -0.75
WX = 1 - WY
WX = 1 - (-0.75)
WX = 1 + 0.75
WX = 1.75
The amount to be invested in stock Y = -0.75 x $106,000
= -$79,500
The Beta of the portfolio could be calculated using the formula:
BP = BX(WX) + BY(WY)
BP = 1.14(1.75) + 0.84(-0.75)
BP = 1.995 - 0.63
BP = 1.365
Explanation: The expected return of the portfolio is equal to expected return of stock X multiplied by the weight of stock X plus the expected return of stock Y multiplied by weight of security Y. The weight of security Y is -0.75. The weight of security X is equal to 1 - weight of security Y. Thus, the weight of security X is 1.75 since the weight of security Y is negative. The amount to be invested in security Y is -0.75 x $106,000, which is equal to -$79,500
The Beta of the portfolio equals Beta of stock X multiplied by weight of stock X plus the Beta of stock Y multiplied by weight of stock Y. The weights of the two stocks have been obtained earlier. Therefore, the Beta of the portfolio is 1.365.
The best answer is "C" or demand. Consumers will buy more or less depending on the demand.
I hope this helps!
<em>~cupcake</em>