If you cross a Golden male with a Silver female, all the female chicks will be gold, and all the male chicks will be silver. It doesn't work the other way around. If a Silver male is crossed with a Golden female, all the chicks will be gold in color and the males will carry a silver gene. Here is the genetic reason for that.
Male = ZZ
Female = ZW (more correctly Z(-) meaning nothing on the other chromosome)
Gold = g but is actually written "s" meaning "NOT Silver (recessive)
Silver = S (dominant)
-carried only on the Z chromosome because the W chromosome carries no known genetic material (thus (-) is more accurate)
Silver cock> Z (S) Z (S)
Gold hen
Z(g) Z(S)Z(g) Z(S)Z(g)
W - Z(S)W(-) Z(S)W(-)
50% Silver males with recessive gold gene
50% Silver females
Gold cock> Z (g) Z (g)
Silver hen
Z(S) Z(S)Z(g) Z(S)Z(g)
W - Z(g)W(-) Z(g)W(-)
50% Silver males with recessive gold gene
50% Golden females
I am doing this on a desktop so if it looks strange on your phone, and you can't look at it on a larger screen, let me know. I'll do it over, but you can likely fill it out on paper and see the diagram.
SO... Kangareaux....
"We have 3 Campines. A gold hen and a silver hen, and a silver rooster. Can I cross the gold and silver and get true colors or will they *mix*? I read that if I have a gold roo they'll be sex-link, but sadly my roo is silver.
Anyone know what my results will be?"
... your results from your gold hen will be
50% Silver males with recessive gold gene
50% Golden females
... your results from your silver hen will be all silver, UNLESS your rooster is 'Incomplete,' or Z(S)Z(g) in which case the outcome changes.
Silver cock> Z (S) Z (g)
Silver hen
Z(S) Z(S)Z(S) Z(S)Z(g)
W - Z(S)W(-) Z(g)W(-)
25% Silver males (pure)
25% Silver (split) males
25% Gold females
25% Silver females