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What material is it made of? Is the thickness 10cm? Does it have a top and bottom?

Posted on Sep 02, 2016

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Assuming you are correct that the radius is 2' 6" and not the diameter.

Convert the inches to centimetres

1" = 2.54 Cms

Radius = 2' 6" = 30" X 2.54 = 76.2 Cms

Height = 5' 2" = 62" X 2.54 = 157.48 Cms

Volume of cylinder = Pi x radius squared x height

3.142 x 76.2 x 76.2 x 157.48 = 2,873,038.9 cc

Divide by 1000 to find how many litres (interest note 1000cc car engine is 1 litre)

2,873,039 cc / 1000 = 2,873 litres

Convert the inches to centimetres

1" = 2.54 Cms

Radius = 2' 6" = 30" X 2.54 = 76.2 Cms

Height = 5' 2" = 62" X 2.54 = 157.48 Cms

Volume of cylinder = Pi x radius squared x height

3.142 x 76.2 x 76.2 x 157.48 = 2,873,038.9 cc

Divide by 1000 to find how many litres (interest note 1000cc car engine is 1 litre)

2,873,039 cc / 1000 = 2,873 litres

Nov 08, 2017 | The Office Equipment & Supplies

Hi,

HondaCRV is an best Suv car across the world as it the style, good mileage and best in class interior features to beat competition in the auto industry.Here I have mentioned the dimension of Honda CRV 2WD, take a look

1) Length:

4545 mm

2)Width

1820 mm

3)Height

1685 mm

4)Wheelbase

2620 mm

5)Front Track

1565 mm

6)Rear Track

1565 mm

7)Ground Clearance

170 mm

8)Kerb Weight

1475 kg

9)Gross Vehicle Weight

1830 kg

10)Boot Space

490 litres

11)Fuel Tank Capacity

58 litres

12)Minimum Turning Radius

5.5 meter

Check out the Test Drive video of Honda CRV.

HondaCRV is an best Suv car across the world as it the style, good mileage and best in class interior features to beat competition in the auto industry.Here I have mentioned the dimension of Honda CRV 2WD, take a look

1) Length:

4545 mm

2)Width

1820 mm

3)Height

1685 mm

4)Wheelbase

2620 mm

5)Front Track

1565 mm

6)Rear Track

1565 mm

7)Ground Clearance

170 mm

8)Kerb Weight

1475 kg

9)Gross Vehicle Weight

1830 kg

10)Boot Space

490 litres

11)Fuel Tank Capacity

58 litres

12)Minimum Turning Radius

5.5 meter

Check out the Test Drive video of Honda CRV.

Oct 11, 2017 | Honda Cars & Trucks

Volume of right cylinder is

V=(Area of base)*height.

If cylinder is circular Area of base =PI*radius^2=Pi*r^2

Volume is**V=Pi*(8^2)*6 cm^2**

Finish the calculation.

V=(Area of base)*height.

If cylinder is circular Area of base =PI*radius^2=Pi*r^2

Volume is

Finish the calculation.

Jun 28, 2014 | Office Equipment & Supplies

Volume of right cylinder is

V=(Area of base)*height.

If cylinder is circular Area of base =PI*radius^2=Pi*r^2

Volume is**V=Pi*(8^2)*6 cm^2**

Finish the calculation.

V=(Area of base)*height.

If cylinder is circular Area of base =PI*radius^2=Pi*r^2

Volume is

Finish the calculation.

Jun 28, 2014 | Casio MS-80TE Calculator

Volume of a right circular cylinder of radius r and height h is

**V=PI*(r^2)*h**

Figure out which is the radius and which is the height, then plug in the formula above. Result is in cm^3

Figure out which is the radius and which is the height, then plug in the formula above. Result is in cm^3

Jun 26, 2014 | Office Equipment & Supplies

Since the radius and height are positive quantities, the volume will also be positive. First quadrant of the (r, V) plane.

Jun 25, 2014 | SoftMath Algebrator - Algebra Homework...

About 503 liters or 0.503 cubic meters.

If this is homework, be sure to show your work.

If this is homework, be sure to show your work.

Dec 08, 2013 | Texas Instruments TI-83 Plus Calculator

(1/3) x pi x radius2 x height x density = pounds

where ::

radius = radius of base in inches

density = pounds per cubic inch

height = height in inches

(or you could use feet, meters, cm, mm for radius & height and use kg for density or wahtever units you wish as long as the units are consistent)

Charlie

where ::

radius = radius of base in inches

density = pounds per cubic inch

height = height in inches

(or you could use feet, meters, cm, mm for radius & height and use kg for density or wahtever units you wish as long as the units are consistent)

Charlie

Feb 22, 2011 | American Standard Plumbing

A pipe can be seen as two cylinders, one of "air" sitting inside the other, in this case lead.

To get the volume of a pipe you thus subtract the volume of the "air" cylinder from that of the lead cylinder.

Volume of a cylinder = area of circular cross section (or pi times square of the radius) times the height (or length) => ? * r2 * h

Volume of a pipe = Volume of cylinder 1 (outer diameter) - volume of cylinder 2 (inner diameter).

In this case; Volume of outer cylinder => inner diameter 1/2" (0.5") + pipe thickness 1/4" (0.25") = 3/4" (0.75") divided by 2 to get radius = 0.375".

3.14 (?) * 0.375 * 0.375 * 120(10 feet) = 53.01438 in3

Volume of inner cylinder => inner diameter 1/2" (0.5") divided by 2 to get radius = 0.25".

3.14 (?) * 0.25 * 0.25 * 120(10 feet) = 23.56194 in3

Volume of lead in this pipe = 53.01438 - 23.56194 = 29.45244 in3

Hope this helps ;)

To get the volume of a pipe you thus subtract the volume of the "air" cylinder from that of the lead cylinder.

Volume of a cylinder = area of circular cross section (or pi times square of the radius) times the height (or length) => ? * r2 * h

Volume of a pipe = Volume of cylinder 1 (outer diameter) - volume of cylinder 2 (inner diameter).

In this case; Volume of outer cylinder => inner diameter 1/2" (0.5") + pipe thickness 1/4" (0.25") = 3/4" (0.75") divided by 2 to get radius = 0.375".

3.14 (?) * 0.375 * 0.375 * 120(10 feet) = 53.01438 in3

Volume of inner cylinder => inner diameter 1/2" (0.5") divided by 2 to get radius = 0.25".

3.14 (?) * 0.25 * 0.25 * 120(10 feet) = 23.56194 in3

Volume of lead in this pipe = 53.01438 - 23.56194 = 29.45244 in3

Hope this helps ;)

Jan 27, 2011 | Computers & Internet

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