2 genes control each characteristic of an offspring. x
Two, one from each parent.
2
One. A gamete is a haploid cell containing one copy of each chromosome (23 in humans). Each chromosome contains one copy of each gene. Therefore, a gamete contains one copy of each gene.
Lamarck's theory is disproved through many different examples of acquired characteristics. Anything that happens to a parent would be passed on to the offspring. Acoording to Lamarck, a parent that has tattoos would pass on the tattoos to the offspring. Loss of limb, injuries, cosmetic surgery or anything that changed in the parents would manifest in the offspring. This is not the case. Acquired characteristics are not passed on to offspring unless they change the gene sequence of the sex cells. Parents do not give physical characteristics to offspring, but do give the coding for those characteristics. The gene passes on the trait.
Can each chromosome usually contain multiple genes? yes each chromosome usually contains more than one gene.
1
one from each parent out of a gene pair. Because each parents contributes fifty - fifty percent in the new offspring.
One.
8
Two, one from each parent.
Each gene has a dominate and recessive allele, so there are two types of alleles in each gene. The dominate allele is stronger than the recessive allele unless there are two recessive alleles.
One from each parent
one from each parent out of a gene pair. Because each parents contributes fifty - fifty percent in the new offspring.
one from each parent out of a gene pair. Because each parents contributes fifty - fifty percent in the new offspring.
2
Some religious fundamentalist of many kinds would say yes. Though many others would disagree.
there are the same number of alleles per gene in each stage of meiosis since the number of alleles per gene only tells the possible differences in a gene, such as the alleles for blue, green, and brown eyes being the possible traits to be combined.