Among a breed of sheep, black coat (B allele) is dominant to white (b allele). Curly hair (C allele…

Among a breed of sheep, black coat (B allele) is dominant to white (b allele). Curly hair (C allele) is dominant to straight hair (c allele). Assume classical Mendelian inheritance. A true breeding male sheep with black and curly hair is crossed with a true breeding female with white and straight hair to produce an F1 generation. This F1 generation will all have black and curly hair. A female offspring of this F1 generation is then mated with a male with the same genotype as its mother. Fill in the following Punnett square using the alleles of the F1 mother and the true breeding white and straight-haired father, using the following rules: - Dominant versions of the allele come before recessive ones (Cc, not cC) - B or b alleles come before C or c (BbCc, not CcBb and not BCbc) - Gametes should be ordered in the table left to right and top to bottom based on the above rules (i.e., Left/Top - BC - Bc - bC - bc - Right/Bottom, if applicable) - No spaces or symbols should be placed between alleles. - Only enter the alleles into the table, do not enter anything else. Mother #x27;s gametes: BC, Bc, bC, bc Father #x27;s gametes: bc, bc, bc, bc What is the chance of the mother and father in the Punnett square producing offspring with: - Black and curly hair:

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