The "rule of 72" says that the doubling time in years is approximately 72 divided by the interest rate in percent. To make the money grow by a factor of 4 requires that it double twice, so will take twice as long as the period to double once.
2×72/11.3 ≈ 12.7 . . . . years
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The "rule of 72" is an approximation. The actual quadrupling time for this interest rate and compounding is about 12.6 years. (The actual product of doubling time and nominal interest rate is about 71.25.)
<h3>First expression:</h3>
Factor 44 out of 44r+352.
44(r+8)
<h3>
Second expression:</h3>
Factor −16 out of 448−16b+112c.
−16(b−7c−28)
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Answer:
<u>603.19</u><u> </u>with pi and <u>602.88</u> with 3.14
Step-by-step explanation:
V = pi times r^2 times h
❅ 300%
You can do this by multiplying
Then converting that into a decimal
Then multiplying that by 150
❅Hope this helps!❅