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What is the volume, in cubic feet, of a cylinder with a height of 13 feet and a base radius of 10 feet, to the nearest tenths place?
Answer: 
V=◻ feet 
^(3)

What is the volume, in cubic feet, of a cylinder with a height of 1313 feet and a base radius of 1010 feet, to the nearest tenths place?\newlineAnswer: V= V=\square feet 3 ^{3}

Full solution

Q. What is the volume, in cubic feet, of a cylinder with a height of 1313 feet and a base radius of 1010 feet, to the nearest tenths place?\newlineAnswer: V= V=\square feet 3 ^{3}
  1. Formula Explanation: To find the volume of a cylinder, we use the formula V=πr2hV = \pi r^2 h, where VV is the volume, rr is the radius of the base, and hh is the height of the cylinder. We are given the radius r=10r = 10 feet and the height h=13h = 13 feet.
  2. Radius Calculation: First, we square the radius: r2=(10 feet)2=100 square feet.r^2 = (10 \text{ feet})^2 = 100 \text{ square feet}.
  3. Volume Calculation: Next, we multiply the squared radius by the height: 100 square feet×13 feet=1300 cubic feet.100 \text{ square feet} \times 13 \text{ feet} = 1300 \text{ cubic feet}.
  4. Multiplication by Pi: Now, we multiply this result by π\pi (pi), which is approximately 3.141593.14159. So, V=π×1300V = \pi \times 1300 cubic feet.
  5. Volume Calculation: Calculating the volume: V3.14159×13004085.467V \approx 3.14159 \times 1300 \approx 4085.467 cubic feet.
  6. Rounding: Finally, we round the volume to the nearest tenths place: V4085.5V \approx 4085.5 cubic feet.

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