The Elements of Euclid, Libros 1-6;Libro 11 |
Dentro del libro
Resultados 1-3 de 55
Página 58
If a straight line be bisected , and produced to any point , the rectangle contained by the whole line thus produced , and the part of it produced , together with the square on half the line bisected , is equal to the square on the ...
If a straight line be bisected , and produced to any point , the rectangle contained by the whole line thus produced , and the part of it produced , together with the square on half the line bisected , is equal to the square on the ...
Página 64
If a straight line be bisected , and produced to any point , the square on the whole line thús produced , and the square on the part of it produced , are together double of the square on half the line bisected and of the square on the ...
If a straight line be bisected , and produced to any point , the square on the whole line thús produced , and the square on the part of it produced , are together double of the square on half the line bisected and of the square on the ...
Página 278
4 we can describe a circle which shall touch one side of a triangle and the other two sides produced . Suppose , for example , that we wish to describe a circle which shall touch the side BC , and the sides A B and AC produced : bisect ...
4 we can describe a circle which shall touch one side of a triangle and the other two sides produced . Suppose , for example , that we wish to describe a circle which shall touch the side BC , and the sides A B and AC produced : bisect ...
Comentarios de la gente - Escribir un comentario
No encontramos ningún comentario en los lugares habituales.
Otras ediciones - Ver todas
Términos y frases comunes
ABCD angle ABC angle ACB angle BAC Axiom base BC is equal bisected Book centre circle circle ABC circumference common Construction contained Corollary Definition demonstration described diameter divided double draw drawn edition Elements equal equal angles equiangular equilateral equimultiples Euclid exterior angle extremities fall figure four fourth given straight line greater half Hypothesis impossible join less Let ABC magnitudes manner meet multiple namely parallel parallelogram pass perpendicular plane polygon PROBLEM produced proportionals Q.E.D. PROPOSITION ratio reason rectangle rectangle contained rectilineal figure right angles segment shewn sides similar Simson solid square straight line &c suppose Take taken THEOREM third touches the circle triangle ABC Wherefore whole