Question about Magellan SporTrak Map GPS Receiver

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Here is the formula for the volume of a cone. Use it to calculate the volume yourself.

**Volume of cone =(1/3)(area of base)*(height)**

If the cone is a right circular one

**Volume =(1/3)(PI *radius^2)*(height)**=(1/3)*Pi*[(3.5)^2]*18.5

assuming that the radius and the height are expressed in the same units. The result (after you calculate it) will be in cubic units.

If the cone is a right circular one

assuming that the radius and the height are expressed in the same units. The result (after you calculate it) will be in cubic units.

Sep 30, 2014 | Office Equipment & Supplies

Volume of right circular cone

V=(**Area of base)* height/3**=PI*(2.2^2)*(4.3)/3 cm^3

Finish the calculation.

V=(

Finish the calculation.

Jun 30, 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 | 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

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You need to calculate the slant height of the pyramid for the formula of the lateral area. You should find a value of** (1/2)*SQRT(203) **or about 7.1239 cm

You need to calculate the altitude (height) of the pyramid from the apex (summit) to the center of the base triangle (center of inscribed circle, barycenter, orthocenter). The hypotenuse of such triangle is the slant height. One leg is the altitude (to be found),**the measure of the second leg is (1/3) the altitude** **of the equilateral triangle** that forms the base. You should find (1/3) m MH= (1/3)* **(11/2)*SQRT(3)**

1. Calculate the area of the base (use a formula for the equilateral triangle or the general formula for a triangle: you have its height MH ).

2. Lateral area = 3 times the area of triangle Triangle ECD (in yellow above).

3. Total area = area of base + lateral area.

4. Volume= (1/3)(Area of base)* (height of pyramid)

If you can see the details on the screen capture below, fine, Press CTRL + in your browser to increase the size.

You need to calculate the slant height of the pyramid for the formula of the lateral area. You should find a value of

You need to calculate the altitude (height) of the pyramid from the apex (summit) to the center of the base triangle (center of inscribed circle, barycenter, orthocenter). The hypotenuse of such triangle is the slant height. One leg is the altitude (to be found),

1. Calculate the area of the base (use a formula for the equilateral triangle or the general formula for a triangle: you have its height MH ).

2. Lateral area = 3 times the area of triangle Triangle ECD (in yellow above).

3. Total area = area of base + lateral area.

4. Volume= (1/3)(Area of base)* (height of pyramid)

If you can see the details on the screen capture below, fine, Press CTRL + in your browser to increase the size.

Mar 29, 2014 | Office Equipment & Supplies

The formula to find the volume of right prisms and right cylinders is

**Volume=(area of base)*height**

If the cylinder has a**circular base,** then the area of the base is PI*R^2

and the volume is Pi*(R^2)*H.

Here R is measure of the Radius, and H is the measure of the Height. R and H must be expressed in the same unit.

If the cylinder has a

and the volume is Pi*(R^2)*H.

Here R is measure of the Radius, and H is the measure of the Height. R and H must be expressed in the same unit.

Jan 26, 2014 | Texas Instruments TI-84 Plus Calculator

Is this a right circular cone or a right circular cylinder?

Volume of cylinder= Pi*(r^2)*h

Volume of cone is 1/3 of volume of cylinder with same height and radius.

Solve for h

**h=(Volume)/(PI*r^2) for cylinder**

Volume of cylinder= Pi*(r^2)*h

Volume of cone is 1/3 of volume of cylinder with same height and radius.

Solve for h

Dec 05, 2013 | The Learning Company Achieve! Math &...

The volume of a right circular cone is given by the formula

V_cone=(Area of base *height)/3

Since cone is circular , its base is a disk with a certain radius r. The formula becomes

I suggest you convert gallons to cubic feet or to cubic meters then put

V=Pi*(r^2)*h/3 where V is the value of volume after conversion.

If you choose the radius, then to isolate h,

If you choose the height, then to solve for r

r^2=(3V)/(Pi*h)

and

Now, it is your turn to carry out the rest of the calculation.

It will consist of the value of the radius, and the value of the height.

If the cone is not right circular, the situation becomes more complicated.

Sep 16, 2013 | Office Equipment & Supplies

(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

May 10, 2017 | Magellan SporTrak Map GPS Receiver

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