Bernardo Del Carpio

Bernald del Carpio, also Bernaldo del Carpio and Bernardo del Carpio, is a legendary hero of medieval Kingdom of Asturias, comparable to other legendary medieval Iberian heroes like El Cid.

Read more about Bernardo Del CarpioThe Story, Origins

Other articles related to "bernardo del carpio, bernardo, del":

Kingdom Of Asturias - Religion - Mythology
... Frederick Barbarossa surrounded by his cavaliers, somewhat similar to those of Fruela and Bernardo del Carpio ... and it is said that his grandson, the famous cavalier Bernardo del Carpio, sleeps in a cave in the Asturian mountains ... his lost cow and heard a strong voice who declared to be Bernardo del Carpio, victor over the Franks in Roncevaux ...
Bernardo Del Carpio - Origins
... The original legend of Bernardo del Carpio was sung by the jongleurs of the Kingdom of León. 1380) mentions Bernardo del Carpio in one of his cantigas, which combines the theme of the good life in Castile with a series of loores, or lyric paeans, to a series of Greek, Roman, Biblical ... In 1624 Bernardo de Balbuena published El Bernardo, an account of Bernardo's exploits ...
Del - Precautions
... Most of the above vector properties (except for those that rely explicitly on del's differential properties—for example, the product rule) rely only on symbol ... Though you can often replace del with a vector and obtain a vector identity, making those identities intuitive, the reverse is not necessarily reliable, because del does not often commute ... A counterexample that relies on del's failure to commute A counterexample that relies on del's differential properties Central to these distinctions is the ...
Zumpango Del Río
... Zumpango del Río Zumpango del Rio is a city of the Mexican state of Guerrero ... It is the head of the municipality of Eduardo Neri, in the Center of the entity ...
Differential Operator - Del
... The differential operator del is an important vector differential operator ... In three dimensional Cartesian coordinates, del is defined Del is used to calculate the gradient, curl, divergence, and laplacian of various objects ...