A FV of $$600,000$ is worth a PV of $$80,000$ today. Assuming a rate of return of $8\%$ per year, how many years were involved in the calculation $($NPER$)$ of the PV$?$

Group of answer choices

$24\mathrm{.}35$ years

$28\mathrm{.}00$ years

$-26\mathrm{.}18$ years $($negative$)$

$26\mathrm{.}18$ years

Flag question: Question $2$

Question $20\mathrm{.}25$ pts

A FV of $$2,000,000$ is worth a PV of $$50,000$ today. Assuming a rate of return of $11\mathrm{.}5\%$ per year, how many years were involved in the calculation $($NPER$)$ of the PV$?$

Group of answer choices

$-33\mathrm{.}89$ years $($negative$)$

$30\mathrm{.}00$ years

$33\mathrm{.}89$ years

$34\mathrm{.}29$ years

Flag question: Question $3$

Question $30\mathrm{.}25$ pts

A FV of $$1,000,000$ is worth a PV of $$50,000$ today. Assuming a rate of return of $12\mathrm{.}5\%$ per year, with monthly compounding, how many years were involved in the calculation $($NPER$)$ of the PV$?$

Group of answer choices

No solution $/$ error

$25\mathrm{.}43$ years

$24\mathrm{.}09$ years

$28\mathrm{.}00$ years

Flag question: Question $4$

Question $40\mathrm{.}25$ pts

Andrew has some rare artifacts that he wants to sell. Today, he can sell them for $$65,000.$ When he acquired them, they were worth $$15,000.$ Assuming a growth rate of $11\%$ that compounds monthly, how many months has Andrew had these sculptures?

Group of answer choices

$14\mathrm{.}05$ months

$160\mathrm{.}70$ months

$168\mathrm{.}61$ months

$13\mathrm{.}39$ months

Flag question: Question $5$

Question $50\mathrm{.}25$ pts

Greg has an investment that he hopes will be worth $$500,000.$ Greg invested a total of $$25,000$ in the investment today. The investment is earning $10\mathrm{.}5\%$ annually. How long will it take $($in years$)$ until Greg has his $$500,000?$

Group of answer choices

$-30\mathrm{.}00$ years $($negative$)$

$30\mathrm{.}00$ years

$31\mathrm{.}00$ years

No solution $/$ error

Flag question: Question $6$

Question $60\mathrm{.}25$ pts

Parker has a rare sculpture that is supposed to be worth $$10,000$ sometime in the future. Parker was just offered $$4,500$ for the sculpture today $($PV$).$ Based on an interest rate $($discount rate$)$ of $11\mathrm{.}5\%$ per year, how many years would Parker have had to wait to get the $$10,000$ value in the future?

Group of answer choices

$-6\mathrm{.}28$ years $($negative$)$

$6\mathrm{.}28$ years

$-7\mathrm{.}34$ years $($negative$)$

$7\mathrm{.}34$ years

Flag question: Question $7$

Question $70\mathrm{.}25$ pts

Shandra has calculated that her investment of $$3,000$ will grow to $$100,000.$ If she has a rate of $9\%($which is then compounded monthly$),$ how long $($in years$)$ will it take for Shandra to have her $$100,000?$

Group of answer choices

$469\mathrm{.}29$ years

$21\mathrm{.}50$ years

$5,631\mathrm{.}51$ years

$39\mathrm{.}11$ years

Flag question: Question $8$

Question $80\mathrm{.}25$ pts

A FV of $$25,000$ is worth a PV of $$10,000$ today. Assuming a rate of return of $9\mathrm{.}5\%$ per year, how many years were involved in the calculation $($NPER$)$ of the PV$?$

Group of answer choices

$-10\mathrm{.}10$ years $($negative$)$

$10\mathrm{.}10$ years

$9\mathrm{.}00$ years

$11\mathrm{.}00$ years

Flag question: Question $9$

Question $90\mathrm{.}25$ pts

Brandon has $$3,800$ that he wants to invest today to grow into $$16,000.$ He finds an investment that earns $9\mathrm{.}5\%$ with monthly compounds. How many months will he wait till he has the $$16,000?$

Group of answer choices

$15\mathrm{.}84$ months

$15\mathrm{.}19$ months

$182\mathrm{.}31$ months

$190\mathrm{.}09$ months

Flag question: Question $10$

Question $100\mathrm{.}25$ pts

A FV of $$1,500,000$ is worth a PV of $$70,000$ today. Assuming a rate of return of $9\mathrm{.}0\%$ per year, how many years were involved in the calculation $($NPER$)$ of the PV$?$

Group of answer choices

No solution $/$ error

$37\mathrm{.}00$ years

$35\mathrm{.}56$ years

$-35\mathrm{.}56$ years $($negative$)$