Answer:
The correct answer for option (a) is $3,080 and for option (b) is $2,141.
Explanation:
(a). Current pay = $44
After 40 hours, Pay = $44 × 1.5 = $66
So, we can calculate the gross pay by using following formula:
Gross pay = (40 hours × $44 ) + (20 hours × $66)
= $1,760 + $1,320
= $3,080
(b).
Security Tax = Gross pay × 6% = $3,080 × 6% = $184.8
Medicare Tax = Gross pay × 1.5% = $3,080 × 1.5% = $46.2
Federal Income Tax = $708
So, we can calculate the net pay by using following formula:
Net Pay = $3,080 - $184.8 - $46.2 - $708
= $2,141
Answer:
Growth Rate = 5.73%
Explanation:
The present value of stock formula can be used here to solve this problem.
The formula is:

Where
is the current stock price
is the dividend to be paid next year
r is the rate of return required
g is the growth rate expected
Now, the first 3 variables are given, we need to find g. Substituting, we find our answer:

In percentage, it is
<u>Growth Rate = 5.73%</u>
Answer:
d. Enterprise resource planning.
Explanation:
Enterprise resource planning is a well integrated system of planning which is based on real time data of different section of the organisation . It tracks cash , raw material , orders , pay rolls , bank transaction on real time basis , with the help of computers etc.
Answer: disturbance handler; decisional; more through others.
Explanation:
As a new manager, Candace has had to learn a lot, and sometimes her job is more stressful than she expected. As a manager, she needs to fulfill many roles. Candace schedules employees for shifts at the front desk, in the dog play areas, and in the bathing and grooming rooms.
This is part of the disturbance handler role of management, which falls under the decisional component. To adapt to being a manager, Candace has had to get things done by working more through others.
Answer:
The correct answer is option e
e. Zero to $5,000
Explanation:
<em>Net Present Value (NPV) : This is one of the techniques available to evaluate the feasibility of an investment project. The NPV of a project is the difference between the present value of the cash inflows and the cash outflows of the project discounted at the required rate of return</em>
PV of cash inflows
= $15,600 × (1.15)^(-1) + ( $15,600× 1.15^(-2) + ($28,900 × 1.15^(-3) ($15,200 × 1.15^(-4)
=53,053.92
NPV =53,053.92-48,100
NPV =4,953.927