Let:
x = amount in the account invested in 2.5%
20000 - x = amount in the account invested in 3%
Solution:
.025x + .03 (20000 - x) = 540
.025x + 600 - .03x = 540
-.005x + 600 = 540
-.005x = 540 - 600
-.005x = -60
x = 12000
Therefore, that person invests 12,000 at 2.5%
and
20,000 - 12,000 = 8,000 at 3%
<span>Helen taylor works 10 hours a day for 4 days a week, while her colleagues work 8 hours a day for 5 days a week. helen is utilizing a flexible work schedule option known as the compressed workweek.Generally compressed work week means a work course of action where a standard week's worth of work is lessened to less than five days, and employees make up the full number of hours per-week by working longer hours.In some situations Elective work course of action where a standard week's worth of work is lessened to less than five days, and representatives make up the full number of hours per-week by working longer hours.In some situations for meeting deadlines compressed workweek may occur every other week.</span>
Answer:
Option B
Explanation:
In simple words, under such tax reforms the government is intending to raise indirect taxes which will lead to higher prices of certain goods and is also declining taxes on savings. Both of these steps will work as an incentive for individuals to save more.
However a big majority of community is stating that this will only lead to more burden on the weaker section due to higher prices of commodities and will eventually result in lower standard of living for certain individuals.
This is an example of Tying rewards and incentives directly to the achievement of strategic and financial targets.
By doing this, general Electric aimed to create an objective measurement for all of its emloyees that motivate them to keep increasing their performance if they hope to stay as an employee in that company. Through this method, Jack Welch managed to increase the company's value for around 4000% during 20 years of his reign.
Answer:
$17,163.86
Explanation:
to calculate how much J&J Enterprises will receive, we need to determine the present value of one bond:
present value = future value / (1 + interest rate)ⁿ
- future value = face value = $1,000
- interest rate = 8%
- n = 20 years
present value = $1,000 / (1 + 8%)²⁰ = $1,000 / 1.08²⁰ = $1,000 / 4.66 = $214.55 per bond x 80 bonds = $17,163.86
