No, use a punnent square, there wold be different allele combinations possible, the only way this could happen is if no mutations occurred, and each allele is the same
Plants that cross pollinate are called hybrids.
Organisms that can reproduce and have fertile offspring belong to the same species, which is defined by their ability to interbreed and produce viable, fertile offspring. This reproductive capability ensures the continuation of their genetic lineage. Examples include animals like dogs and cats, as well as plants that can cross-pollinate. The concept of species is fundamental in biology, as it helps to categorize the vast diversity of life based on reproductive compatibility.
Mendel produced true-breeding strains of pea plants through the process of self-fertilization, where he allowed plants to pollinate themselves. This ensured that the offspring inherited identical traits to the parents. Mendel then used these true-breeding strains to conduct his experiments on inheritance.
Mendel allowed the offspring of his experimental plants to self-pollinate. That is, he allowed the male and female reproductive cells of the same plant to join and produce a seed. One of the characteristics of pea plants is that it is easy to cross different pea plants but, left to themselves, they self-pollinate with little chance of any accidental pollination between plants. Source: Harcourt Science 6 2005 edition at page A25.
All living organisms' bodies are made to reproduce. For example, plants pollinate, terrestrial organisms have penis' and vaginas and even bacteria multiply a-sexually.
If you mean organisms, then it would be true-bred plants, for example, peas are true-bred plants.
If you mean organisms, then it would be true-bred plants, for example, peas are true-bred plants.
Plants that cross pollinate are called hybrids.
all offspring in every generation will have the same characteristics of parent plants
Organisms that can reproduce and have fertile offspring belong to the same species, which is defined by their ability to interbreed and produce viable, fertile offspring. This reproductive capability ensures the continuation of their genetic lineage. Examples include animals like dogs and cats, as well as plants that can cross-pollinate. The concept of species is fundamental in biology, as it helps to categorize the vast diversity of life based on reproductive compatibility.
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Mendel produced true-breeding strains of pea plants through the process of self-fertilization, where he allowed plants to pollinate themselves. This ensured that the offspring inherited identical traits to the parents. Mendel then used these true-breeding strains to conduct his experiments on inheritance.
Mendel allowed the offspring of his experimental plants to self-pollinate. That is, he allowed the male and female reproductive cells of the same plant to join and produce a seed. One of the characteristics of pea plants is that it is easy to cross different pea plants but, left to themselves, they self-pollinate with little chance of any accidental pollination between plants. Source: Harcourt Science 6 2005 edition at page A25.
Reproducing asexually is reproducing with one parent, and therefore creating two totally identical organisms. Bacteria, archaea, and a few other species reproduce asexually while plants, animals, fungi, and most protists reproduce sexually. Although plants may self-pollinate, this is not the same as asexually reproduction, because the offspring still may not be exactly like the parent because of genetics, so self-pollination is a type of sexual reproduction.
The parent plant is called a true breeding plant.
All living organisms' bodies are made to reproduce. For example, plants pollinate, terrestrial organisms have penis' and vaginas and even bacteria multiply a-sexually.
All living organisms' bodies are made to reproduce. For example, plants pollinate, terrestrial organisms have penis' and vaginas and even bacteria multiply a-sexually.