Inventional Geometry: A Series of Problems Intended to Familiarize the Pupil with Geometrical Conceptions, and to Exercise His Inventive FacultyD. Appleton and Company, 1886 - 97 páginas |
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Página 23
... divides the circle into two equal segments , ' which take the name of semicircles . 25. Make a circle , and in it draw two radii in such a position as to divide it into two equal parts , and write on each part its specific name . All ...
... divides the circle into two equal segments , ' which take the name of semicircles . 25. Make a circle , and in it draw two radii in such a position as to divide it into two equal parts , and write on each part its specific name . All ...
Página 24
... divide a double segment into two equal and similar parts ? 34. In how many ways can you divide a double segment into four equal and similar parts ? 35. Can you make two angles with two lines ? When two lines are so placed as to make two ...
... divide a double segment into two equal and similar parts ? 34. In how many ways can you divide a double segment into four equal and similar parts ? 35. Can you make two angles with two lines ? When two lines are so placed as to make two ...
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... . Can you make three angles with two ines ? 40. Can you make four angles with two lines ? 41. Can you make more than four angies with two lines ? 8 42. Can you divide a line into two equal parts INVENTIONAL GEOMETRY . 25.
... . Can you make three angles with two ines ? 40. Can you make four angles with two lines ? 41. Can you make more than four angies with two lines ? 8 42. Can you divide a line into two equal parts INVENTIONAL GEOMETRY . 25.
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... divide a line into two equal parts ? 43. Can you divide an arc into two equal parts ? You have been told that figures bounded by lines are called linear figures . 44. Make a linear figure having the fewest boundaries possible , and in ...
... divide a line into two equal parts ? 43. Can you divide an arc into two equal parts ? You have been told that figures bounded by lines are called linear figures . 44. Make a linear figure having the fewest boundaries possible , and in ...
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... Divide a circle into four equal sectors , and write upon each sector its specific name . 51. Make a set of quadrants , and write in each angle its specific name . To compare sectors of different magnitudes with each other ...
... Divide a circle into four equal sectors , and write upon each sector its specific name . 51. Make a set of quadrants , and write in each angle its specific name . To compare sectors of different magnitudes with each other ...
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adjacent angles angular points APPLETON arc is called arithmetic arithmetic mean arrange the surfaces axis BALFOUR STEWART base Book-Keeping boundaries breadth card a hollow circumference construct cube curve diameter dimensions divide a circle divide a line divide an equilateral dodecagon Double-Entry Book-Keeping duodecimals ellipse equal and similar equal sectors equilateral triangle find the area four equal FRANKLIN TAYLOR Geology geometry Give a plan give a sketch gles HERBERT SPENCER hexahedron icosahedron Illustrations Inventional Geometry isosceles triangle length line drawn line of chords line of sines line of tangents means nonagon number of degrees obtuse angle octahedron orthoëpists pentagon piece of card place a circle place a hexagon place a square polygon Prof protractor pupil pyramid quadrant quadrilaterals radii radius rectangle reëntrant angle rhomboid rhombus right-angled triangle Science Primer secant sides is called solid square inches square yard takes the name tetrahedron trapezium versed sine write its name zoid