Answer:
long run, productive resources
Answer:
4 years
Explanation:
The computation of the payback period is shown below:
Payback period is
= Cost of a Machine ÷ Annual cash flow
where,
Cost of a machine = $24,000
And, the annual cash flow is
= Net Income + Depreciation expense
= $2,000 + $4,000
= $6,000
Now placing these values to the above formula
So, the payback period is
= $24,000 ÷ $6,000
= 4 years
Answer:
a. 40
Explanation:
The computation of the standard deviation of the demand is shown below:
= 8 × √(5+20)
= 8 × √25
= 8 × 5
= 40
Hence, the standard deviation of the demand is 40
Therefore the first option is correct and the same is to be considered
The amount she would have in her savings account is $20.
A coupon reduces the purchase price of an item. So, the amount Isabel would pay for the groceries is reduced by the value of the coupon. The amount of savings Isabel would have in her account is a function of the amount her coupons saves her.
Amount Isabel would save if she uses the coupon = amount she spent x discount
$200 x 10%
$200 x 0.1 = $20
To learn more about discounts, please check: brainly.com/question/25764815
Answer:
B) no more than 9%
Explanation:
The computation of the rate of interest is given below:
Given that
Initial Cost = $500
Yearly Yield = $200
Based on the above information
Let us assume the rate of interest be 10%
So,
PV at 10% is
= - $500 + $200 ( P/A , 10% , 3 )
= -$500 + $200 ( 2.487 )
= - 500 + 497.4
= -2.6
As we can see that the at 10% there is a negative value and if we take more than 10% so again it would be the negative value
Now
Let us assume the rate of interest be 10%
So,
PV at 8% is
= - $500 + $200 ( P/A , 8% , 3 )
= -$500 + $200 ( 2.577 )
= -$500 + $515.4
= $15.4
So the rate of interest would not be more than 9%
