Answer:
70years
Explanation:
The future value formula for compound interest, after n interest period is
where i is the interest rate per period in decimal form and P is the principal or present value.
The Rodriquez family is determined to purchase a $250,000 home so
F=$ 250,000
The family plans to save $2,500 a quarter for this purpose and expects to earn 6.65 percent.
This implies that:
For t years, the number of compounding periods will be;
We fixed the values into the formula and solve for t.
It will take approximately 70years
Answer:
The correct answer is D. learning to stand alone is part of growing up.
Explanation:
Answer:
idk, just go for it if its wut u want
Explanation:
Answer:
False
Explanation:
"Cash-to-cash Analysis and Management" by<em> Hutchinson, Farris and Anders</em> talks about the availability of the<em> financial data</em> and <em>computer technology</em> in assisting a business when it comes to determining its <u>cash-to-cash position </u><em><u>(C2C)</u></em><em>,</em> as well as the <em>benchmarks</em> needed for comparison.
Cash-to-cash analysis was difficult in the past, however, it is easier nowadays. The supply chain is even examined at a broader view than before. C2C efficiency is possible by utilizing the<em> readily available</em> financial date and computer technology. So, this makes the statement above as "false."
So, this explains the answer.
Answer:
$31,920,341.91
Explanation:
The computation is shown below:
For computing the receiving amount in 2052 first we have to determine the rate which is shown below:
Current value = Initial value × (1 + interest rate)^time period
$1,480,000 = $115 × (1 + interest rate)^114
So, after solving this, the interest rate is 8.654%
Now the received amount in 2052 is
= $1,480,000 × (1 + 0.8654%)^37
= $31,920,341.91
The time period is come from
= 2015 - 1901
= 114
And, the 37 years is come from
= 2052 - 2015
= 37
