Ted was just promoted to a managerial position and feels that he needs to buy a new luxury car and join the country club in orde
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Answer:
And for the new case we know that the sales increase by a factor of 2%, so then we can find the new number of sales like this:
And the Total August sales would be given by:
And the correct answer for this case would be:
$63,750
Explanation:
For this case the original number of sales for this case is 5000 units and the unitary price is given by
And the total sales for the original case would be given by:
And for the new case we know that the sales increase by a factor of 2%, so then we can find the new number of sales like this:
And the Total August sales would be given by:
And the correct answer for this case would be:
$63,750
Answer:
Yes
Explanation:
From her current age of 28 to her retirement age of 65, RuthAnn has (65 - 28 =) 37 more years to work.
If she saves 11% of her annual income of $36,278.13 into a 401(k), she will be setting aside (11% * 36,278.13 =) $3,990.59 into the 401(k) account annually.
At 7.1% compounding rate, in 37 years, RuthAnn would have set aside an amount estimated by the future value of an annuity formula.
where FV is the future value, the amount that would have been set aside,
A = is the annual savings,
r = is the compounding rate, and
n = is the number of years.
Therefore, the total amount that would be saved up after 37 years =
= (3,990.59 * 11.6535)/0.071
= $654,990.31.
By spending $32,523 annually from an account earning 7.1% compound interest rate for 30 years, the present value of the total amount needed by RuthAnn today that will be sufficient for her retirement spending can be estimated using the present value of an annuity formula.
=
= (32523 * 0.8723)/0.071
= $399,574.83.
Since the amount saved up ($654,990.31) is more than the total amount required for RuthAnn's retirement ($399,574.83), RuthAnn has more than sufficient to meet her Retirement goal.
Specifically, the amount she has saved up can support a maximum annual spending which can be estimated from the present value of an annuity formula.
where PV = the amount saved up, $654,990.31,
A = the annual spending which we are estimating,
r = the 7.1% compound interest rate,
n = the number of years to retirement.
= 654,990.31 = (A * 0.8723)/0.071
= A = 654,990.31/0.8723 * 0.071
= A = 53,312.29
Thus, the amount saved up can support a maximum retirement spending of $53,312.29, which is higher than the $32,523 annual income needed by RuthAnn for her retirement.