Answer:
$3,200,000
Explanation:
The net income after taxes (NIAT) is determined as the product of the basic earnings per share (EPS) by the number of shares outstanding.
Since Peak Performance Sporting Goods has an EPS of $0.80 per share and 4,000,000 shares outstanding, their net income after taxes, for this period is:
Net income after taxes for the same period = $3,200,000.
Answer: for one more unit of good x traded-off , an additional unit of good y can be produced.
Explanation: The production possibilities frontier is graphed as a curve with one of the commodities is shown on the x-axis, while the other is shown on the y-axis. The curve is made up of points at which the two commodities are being produced in different amounts, most efficiently using the limited resources that they require with keeping the production factor and technology the same for both commodities. A production possibility curve or frontier represents different values of two good that an economy can produce ,keeping the production factor and the technology constant .
The slope of production possibility curve shows the opportunity cost I.e how much of good y has to be given up in order to produce an extra unit of good x . If the production possibility curve is a straight line , it means that the slope is constant I.e to produce an extra unit of good x , there’s constant opportunity cost of good y to be given up .
Answer:
Performance Appraisal
Explanation:
Performance appraisals (not leadership) is used to aid in decision making about training, raises, and promotions, because they identify gaps between desired performance and actual performance. Mostly, these gaps are knowledge gaps that require to be closed through staff training.
In the case where staff performance appraisal reveals that there are no gaps between desired and actual performance, management could give a salary raise; and when it reveals that staff performance exceeds expectation of management, they could be promoted
Answer:
Acceleration, a = 28m/s²
Explanation:
Given the following data;
Initial velocity, u= 150m/s
Final velocity, v = 10m/s
Time, t = 5secs
To find the acceleration;
Acceleration, a = (v-u)/t
Substituting into the equation, we have;
Acceleration, a = (150-10)/5
Acceleration, a = 140/5
Acceleration, a = 28m/s²
Therefore, the acceleration of the drag racer is 28m/s².