Answer:
pricing
Explanation:
pricing is the amount you pay a buissness for their product.
D inflation duhhh because ik my social studies♥️
Answer:
<u><em>But where do we go from here? </em></u>
It depends on the result of more government intervention on quality life standards.
<u><em>Do we need less or more government involvement? </em></u>
It depends on the problems that need to be addressed. For example, to address problems such inequality it is mandatory that the government gets involve and create laws to prevent it. But surely for more movement of capitals there is no need of higher government involvement.
<u><em>Is it a question of the quality of that involvement? </em></u>
Yes. If government has an effective involvement there is even desirable to have its intervention but if it complicates everything then is repeled.
<u><em>Could it be smarter rather than just less? </em></u>
Yes, because it is proved that the economy acts in an effective way to good policy making.
<u><em>How can the cost of government involvement decrease?</em></u>
In this aspect it is important to mention the environmental issues in nowadasy economy. If the measurement of what is defined as "cost" is understand in the long run as conservation and balance between nature and economic explotation of resources.
Answer:
Annual contributions to the retirement fund will be $6,347.31
Explanation:
First find the Present Value of the Annuity giving payments of $32,000 annually for 25 years at the rate of 10%.
Using a Financial Calculator enter the following data
PMT = $32,000
P/y = 1
N = 25
R = 10%
FV = 0
Thus, the Present Value, PV is $290,465.28
At the time of retirement (in 20 years time) the Value of the annuity fund is $290,465.28.
Next we need to find the Payments PMT to reach this amount in 20 years time at the interest rate of 8%
Using a Financial Calculator enter the following data
FV = $290,465.28
N = 20
R = 8 %
PV = $0
Thus, the Payments, PMT required will be $6,347.3080
Conclusion :
Annual contributions to the retirement fund will be $6,347.31
Answer:
Punching machine
Explanation:
The computation is shown below:
Punching actual output = Both punching and the binding output + punching output
= 8,000 + 5,000
= 13,000 pages per hour
But the punching machine process to 15,000 pages per hour
Now the utilization rate of punching is
= 13,000 ÷ 15,000
= 0.867 pages per hour
Now for binding
The actual output is 8,000 pages per hour
Binder processing to 10,000 pages per hour
So, the utilization rate is
= 8,000 ÷ 10,000
= 0.8 pages per hour
As we can see that the utilization rate of punching is higher that results the bottleneck
