 | University of the State of New York. Examination dept - Examinations - 1895 - 436 pages
...edges of any convex polyedral angle is less than four right angles. 4-5 Prove that if a pyramid is cut by a plane parallel to the base the section will be a polygon similar to the base. 6 State and prove the formula for the volume of a sphere. 7 State and... | |
 | Archimedes - Geometry - 1897 - 524 pages
...the same ratio as their bases; and those having equal bases have the same ratio as their heights*. 2. If a cylinder be cut by a plane parallel to the base, then, as the cylinder is to the cylinder, so is the axis to the axis f. 3. The cones which have the... | |
 | 1902 - 486 pages
...to project more than one, since the general principle applies here that if a cone, pyramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point a;" is therefore projected down to ab in... | |
 | American School (Chicago, Ill.) - Engineering - 1903 - 414 pages
...to project more than one, since the general principle applies here that if a cone, pyramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point x* is therefore projected down to ai in... | |
 | Frederick Thomas Hodgson - Carpentry - 1906 - 412 pages
...plane is a tangent — the section in that case will be a straight line. When the section plane is parallel to the base, the section will be a circle equal to the base. When the section plane is oblique to the axis or the base, the section will be an ellipse. XXXIII.... | |
 | American School (Lansing, Ill.) - Architectural drawing - 1906 - 426 pages
...to project more than one, since the general principle applies here that if a cone, pyramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point 2" is therefore projected down to ab in... | |
 | Drawing - 1906 - 424 pages
...to project more than one, since the general principle applies here that if a cone, pyramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point z" is therefore projected down to ab in... | |
 | American School (Chicago, Ill.) - Engineering - 1906 - 580 pages
...to project more than one, since the general principle applies here that if a cone, pyramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point z» is therefore projected down to ab in... | |
 | American School (Lansing, Ill.) - Architecture - 1907 - 360 pages
...project more than one, since the general principle applies here that if a cone, pj'ramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point x" is therefore projected down to ab in... | |
 | 1912 - 558 pages
...to project more than one, since the general principle applies here that if a cone, pyramid, prism or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point x v is therefore projected down to ab in... | |
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... or cylinder be cut by a plane parallel to the base, the section is a figure parallel and similar to the base. The one point a... 
