Answer:
$7700
Explanation:
Net Income = Revenue - Expenses
= 9000 - 1300 = $7700
"researchers usually start their investigation by examining some of the rich variety of low-cost and readily available <u>"secondary" </u>data, then collect <u>"primary"</u> data if the needed data don't existing or are dated, inaccurate, incomplete or unreliable."
Primary data will be data that you gather particularly with the end goal of your examination venture. An advantage of primary data is that it is particularly custom fitted to your examination needs. A weakness is that it is costly to acquire.
Secondary data alludes to information which is gathered by somebody who is somebody other than the client. Regular sources of secondary data for sociology incorporate censuses, data gathered by government divisions, hierarchical records and information that was initially gathered for other research purposes.
Answer:
The correct answer is: The second worker.
Explanation:
Productivity is an economic term describing the relationship between outputs as compared to inputs needed to produce those outputs. It is a measure of efficiency. Typically inputs are raw materials, labor, and capital assets. Outputs are generally expressed as either revenue or total units of finished goods.
In the example, a form to measure each worker's productivity is comparing how many plastic labels they can place per hour. Thus:
- Worker 1: <em>1000 per 1/2 hour (30 minutes)
</em>
- Worker 1: <em>2000 per 1 hour </em>
- Worker 2: <em>850 per 1/3 hour (20 minutes)</em>
- Worker 2: <em>2550 per 1 hour
</em>
Then, the second worker is more productive.
Answer:
x = $16,078.46
Explanation:
$100,000 = 1.0101x + 1.0204x + 1.0309x + 1.0417x + 1.0526x + 1.0638x
$100,000 = 6.2195x
x = $100,000 / 6.2195 = $16,078.46
month investment value at end of month 6
1 $16,078.46 $17,104.74
2 $16,078.46 $16,924.68
3 $16,078.46 $16,748.39
4 $16,078.46 $16,575.73
5 $16,078.46 $16,406.59
6 $16,078.46 $16,240.87
total $96,470.76 $100,001*
*the extra $1 is due to rounding errors.
Answer:
bond's selling price is $6154
Explanation:
given data
face value = $5,000
interest = 8 % of face value
rate = 6.5 %
to find out
bond's selling price
solution
we find interest that is
interest = 8 % of face value
interest = 8 % × 5000
interest = 400
so we consider bond selling price is x
so
bond selling equation will be
interest = rate × bond selling price
400 = 0.065 × x
x = 6154
so bond's selling price is $6154