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radius = diameter ÷ 2

volume cylinder = area of end × height

→ volume = π × radius² × height

→ volume = π × (diameter ÷ 2)² × height

→volume = π × (6m ÷ 2)² × 3 m

→ volume = 27π m³ ≈ 27 × 3.14 m³ = 84.78 m³ ≈ 84.8 m³ to 1 dp.

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Q: If a plant manufacturing carpet backing has a cylindrical tank that is 3 meters high and is 6 meters in diameter what is the volume of the tank Assume 3.14 for pi. A)28.3 m3 B)37.7 m3 C)56.5 m3 D)84.8?

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Assume pi is 3.14 Therefore: Circumference = 3.14 x 15dia = 47.1cm

I assume you mean 1 and 3/4 inches in diameter. Therefore your cross-sectional area of your hose is pi/4*diameter. You can either leave your diameter in inches or convert it to feet. If you choose to leave you number in inches then you convert 100 ft to 1200 in and multiple 1200*cross-sectional area to get the cubic inches water in the hose. If you choose to convert your diameter to feet then just multiply 100 ft times cross-sectional area to get the cubic ft of water in the hose.

I can assume that the 100 m refers to the length but it is not clear whether the 40 mm is the radius, diameter or, less likely, the circumference. Without that information it is not possible to answer the question.

I assume you refer to the distance between the points.I assume you refer to the distance between the points.I assume you refer to the distance between the points.I assume you refer to the distance between the points.

A rectangle with a diameter??? This must be a trick question. Perhaps some clarification of terminology is needed. If we assume the question writer meant "diagonal," not "diameter," then we still have a problem, because there is no real solution. The equations would set up thus: L2 + W2 = 252 L + W = 45 (because walking along the adjacent sides is 20 meters longer than the length of the diagonal). Substituting, we get W2 - 45W + 700 = 0, which has no real solution.

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I am going to assume you have a cylindrical tank. The base of a cylindical tank is a circle. The circumference of a circle is 2*Pi*r or Pi*d. So, the circumference of your tank would be Pi*12 ~= 37.7'

i assume a round cylindrical cup 2' high and 2' diameter. volume is pi*r2*h or 6.28 cubic ft, which converts to 188 quarts.

Assume these facts relate to the volume of this cylindrical tank. Volume (V) = π r2h, where r is the radius and h is the height. V = π 76.52 x 132 = 2426870.9 cu in = 1404.44 cu ft

I assume that you are referring to the area of a circle. You divide the diameter in half to find the radius and then you put it into the formula.

Diameter, I assume. That would be a neutron star.

I assume you want the circumference which is pi times the diameter, so for 37 inch diameter the circumference would be about 116.24 inches.

Assume you have manufacturing overhead 5,000Journal Entry would be:Dr. Work in Process ---------5,000Cr. Manufacturing Overhead ----------5,000

I assume you want the formula for finding the circumference of a circle with a known diameter?The formula is C = pxdC = Circumferencep = Pi (3.14)d = DiameterFor example: with a diameter of 6 : 3.14 x 6 = 18.84

With "width", I assume you mean what is commonly called the diameter - the distance through the center. The circumference is diamter x pi, therefore, the diameter is the circumference divided by pi. In other words, just divide the circumference by 3.14, approximately.With "width", I assume you mean what is commonly called the diameter - the distance through the center. The circumference is diamter x pi, therefore, the diameter is the circumference divided by pi. In other words, just divide the circumference by 3.14, approximately.With "width", I assume you mean what is commonly called the diameter - the distance through the center. The circumference is diamter x pi, therefore, the diameter is the circumference divided by pi. In other words, just divide the circumference by 3.14, approximately.With "width", I assume you mean what is commonly called the diameter - the distance through the center. The circumference is diamter x pi, therefore, the diameter is the circumference divided by pi. In other words, just divide the circumference by 3.14, approximately.

I assume that you mean "the 'definition' of pi", which is the circumference of a circle divided by it's diameter (c/d).

I suggest you assume it is a sphere, look up its diameter, and multiply that by pi. That should be close enough.

To answer this, you must provide the height of the cylinder. When you have the height, the equation to find volume, which I assume is what you mean by "what are the dimension", is: V = h*pi*r^2 (r-squared) V = volume h = height pi= can use 3.14 r = radius d = 2r in this case, r would = 6 so... V = 3.14*36*h