Volume of a pyramid in cubic units: 1/3*base area*altitude
Volume: 1/3*0.5*3*3*sin(60 degrees)*4 = 5.196 cubic meters rounded to 3 decimal places
A pyramid has a rectangular base measuring 6'x4' If its altitude is 8' what is its volume
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Volume of a pyramid in cubic units = 1/3*base area*height
The Answers community requested more information for this question. Please edit your question to include more context. I order to calculate the volume it is necessary to have some information of the height. This can be the height of the frustum, the eight of the whole pyramid, the angle of the sloped faces.
Because the volume of a pyramid is 1/3 times base area times height
A pyramid has a rectangular base measuring 6'x4' If its altitude is 8' what is its volume
True
false
Same base and same altitude. Yes, that is correct.
Volume = 4000 m3
Volume = 324 units3
No, it is not true.
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The volume would be 1,500 m3
A pyramid has a total of four altitudes: one from each vertex of the base to the apex, and one from the apex perpendicular to the base. Each altitude represents the height of the pyramid from that vertex to the apex, with the base being the polygon that forms the bottom of the pyramid. The altitude is essential for calculating the volume and surface area of the pyramid.
900 meters cubed
To find the height of the pyramid, use the formula for the volume of a pyramid: V = (1/3) * base area * height. Plug in the values given: 2226450 = (1/3) * 215^2 * height. Solve for height: height = 2226450 / ((1/3) * 215^2). Calculate the result to find the height of the pyramid.