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Each offspring plant receives 50% of its genetic material from each parent plant. This is because offspring inherit one set of chromosomes from each parent during sexual reproduction.
half of its genetic material from each parent, resulting in a unique combination of genes. This genetic variability allows for the potential for offspring to inherit a mix of traits and characteristics from both parents.
Each offspring plant inherits half of its genetic material from each parent. This means that offspring plants have a 50-50 combination of genes from the mother and father.
Production of offspring is necessary for a speices to surive, but it is not necessary for an individual to surive
Each parent contributes only half of their genetic material to the offspring and the merging of genetic material from each parent may result in a traits different from what the generic material invoked in each parent.
Fertilization contributes to genetic variation by combining the genetic material from two parents to create a unique genetic makeup in offspring. The inheritance of specific genes from each parent determines the traits and characteristics of the offspring.
One half of each parent's chromosomes, and genetic variation, as opposed to those that reproduce asexually - the cells just split, so each generation afterward is genetically identical to the parent.
No - they carry half of the genetic information. The new offspring will have half their genetic information from each parent. Therefore sperm and egg cells carry half the amount of genetic material found in normal cells.
Simply because each offspring contains 50% of the genetic material from each parent. From the moment of conception - every time the cells divide - each one contains a copy of half the DNA from each parent.
Neither, each of the two parents contribute 1/2 of the genetic material.
The process by which offspring inherit one chromosome from each parent to form a pair of chromosomes is called genetic recombination. During this process, genetic material from the mother and father combines to create a unique set of chromosomes in the offspring.
Variation of offspring in sexually reproducing organisms is mainly due to genetic recombination during meiosis, which leads to unique combinations of genetic material being passed on to offspring from their parents. Additionally, mutations can also contribute to variation by introducing new alleles into the gene pool.