In reality a CX is not a hybrid/hybred ( When I was in school it was spelled hybred, somewhere along the line it changed and I did not,,,)
To be a hybred it would have to be a cross between a chicken and a goose or cow or pig. Whatever the parentage of a CX it is two chickens. Now the chickens were of different breeds, but not species. The CX is an amazing bird, it is bred to grow fast and have huge breasts with a good feed conversion rate.
Nonsense, a hybrid is not limited to a cross between two species...
From Merriam Webster
1. an offspring of two animals or plants of different races, breeds, varieties, species, or genera
From Encyclopædia Britannica
hybrid, offspring of parents that differ in genetically determined traits. The parents may be of different species, genera, or (rarely) families. The term hybrid, therefore, has a wider application than the terms mongrel or crossbreed, which usually refer to animals or plants resulting from a cross between two races, breeds, strains, or varieties of the same species. There are many species hybrids in nature (in ducks, oaks, blackberries, etc.), and, although naturally occurring hybrids between two genera have been noted, most of these latter result from human intervention.
By definition a Cornish X is a hybrid...
I wonder if it is possible a "myth" as been spread upon us that crossing to CX's will not yield in another CX chick.
Not a myth at all fully based upon the science of genetics... Crazytalk gave you the basics but there is A LOT more to it when you get into the nitty gritty...
Here is an example, based on peafowl since I breed peafowl...
A 'hybrid' of a white and regular blue peafowl produces what is called a 'Split to White' they look like regular blue peafowl with one exception, that being they have white flight feathers... If I breed these same white and blue together I will always get this split to white offspring...
On the other hand if I breed two split to whites together (the hybrids) I will get 25% white (pair of white genes), 25% normal blue (pair of normal blue genes) and 50% split to white (one of each color gene)... Statistically only 50% of the offspring of the hybrids will be like the parents... And this is only dealing with on gene, if we toss in other genetic traits the statistical chance of getting offspring the same as the parent drops even further...
If you want to further educate yourself on the subject Google up Gregor Mendel (aka The Father of Modern Genetics) and his studies of F1 Hybrids and F2 Hybrids... His studies are the basis for modern day genetics and heredity understanding...
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