In pea plants, the allele for round seeds is dominant to the allele for wrinkled seeds. at another gene locus, the allele for yellow seeds is dominant to the allele for green seeds. these two allele pairs assort independently. if a plant breeder crosses two plants that are both heterozygous at both gene loci, what percentage of the plants that produce round seeds will also produce yellow seeds? ( enter the number only without the percent sign.

If both parents are heterozygous for both genes, it means that we are crossing two dihybrid plants which will lead to an offspring that will present the following phenotype proportions:
Round/yellow seeds (both dominant characteristics) - 9/16
Round/green seeds (only one dominant characteristic) - 3/16
Wrinkled/yellow seeds (only one dominant characteristic) - 3/16
Wrinkled/green seeds (both recessive characteristics) - 1/16

So, to calculate what is the percentage of the plants that produce round seeds that will also produce yellow seeds, we need to consider the number of seeds that are round and yellow and divide them by the total number of round seeds. =0.75 → 75%

Mitochondria is the cell organelle that produced the energy that is needed in the body system in form of atp, that is why it is called the power house of the cell. energy is needed by the living organisms to carry out the activities which sustain life.  if the mitochondria is destroyed atp will not be produced. if the mitochondria is destroyed, energy production will stop and the affected living organism will not have the energy to carry out the necessary life processes; this will lead to the death of the organism.