If there is not change in the offspring then they will also be susceptible to the diseases the parent suffers and will not survive.
a true breeding plant always produces offspring with the same trait as the parent(s).
Sexual reproduction produces offspring similar to parents. Asexual reproduction causes the offspring to be exactly the same as the one parent.
75%
56
The genotype of the offspring that had the same phenotype as the parents is rr or wrinkled. The phenotype for the seed shape of both parent plants is round.
13.3
1.They both can duplicate into two or more offspring. 2.Both can produce offspring (obviously) 3.The offspring is the same species as the "parent" 4.Invovle at least 1 "parent" 5.The offspring are also able to reproduce.
1.They both can duplicate into two or more offspring. 2.Both can produce offspring (obviously) 3.The offspring is the same species as the "parent" 4.Invovle at least 1 "parent" 5.The offspring are also able to reproduce.
asexual reproduction makes offspring clones of the parent plant so if a farmer found a strawberry plant that lasted longer periods of winter that trait is definitely gonna be inherited by the offspring. This is the advantage, But then if one strawberry plant becomes susceptible to one disease then offspring will be the same too. So this is the disadvantage.
The offspring of asexual reproduction are inheriting traits from only one parent and has the same ginetic material as the parent. The ginetic material cannot vary because there is no crossing over or combinations so it will always remain the same ginetically and cant evolve or change greatly but if the environmant changes greatky the offspring might not be able to function in it with its organelles and traits and neither could its asexually reproduced offspring because they would also be the same.
75 percent
The offspring share half of the parent's genes.