It is pronounced aa-sigh-EE. (The emphasis is on the EE, aa-sigh-EE) (see related video link)
dd aa bb a, gg ff ee d. aa gg ff e, dd aa bb a, gg ff ee d.
Cc gg AA g ff ee dd c gg ff ee d gg ff ee d cc gg AA g ff ee dd c
Cc gg AA g ff ee dd c gg ff ee d gg ff ee d cc gg AA g ff ee dd c
the unwritten law is ..... aa ee nalakimutan cko ee
The notes to "Twinkle, Twinkle, Little Star" depend on the chosen musical key. For example, in the key of "C" the notes are: CC GG AA G FF EE DD C GG FF EE D GG FF EE D CC GG AA G FF EE DD C.
dd AA BB a- GG ff# EE d- AA GG ff# e- AA GG ff# e- dd AA BB a- GG ff# EE d-
EE candidates come from various racial backgrounds, as the field of electrical engineering is diverse and inclusive to individuals from all walks of life. It is not limited to any specific race or ethnicity.
If a horse is homozygous dominant EE, he is black. Homozygous recessive ee, he is red. A black EE horse that is homozygous dominant for the Agouti gene (AA) will be a bay horse. If that same EE black were homozygous recessive for aa, then he would still appear all black. The Agouti gene does not effect a red ee horse's phenotype.
Cross each allele separately to get the final genotype: AA x Aa = AA, aa, Aa, Aa .: 1/2 Bb x BB = BB, BB, Bb, Bb .: 1/2 cc x CC = Cc .: 1 Dd x dd = DD, dd, Dd, Dd .: 1/2 Ee x Ee = EE, Ee, Ee, ee .: 1/4 FF x ff = Ff, Ff, Ff, Ff .: 1 Multiply all probable fractions: 1/2 x 1/2 x 1 x 1/2 x 1/4 x 1 = 1/64 chance of that specific genotype.
Here are the notes to the song Twinkle, Twinkle, Little Star: dd AA bb a gg f#f# ee d AA gg f#f# e AA gg f#f# e dd AA bb a gg f#f# ee d
ʻAuliʻi 'oe [ow-lee ee o A] *But, you also need to learn to correct your english. There is a difference between your and you're.