Answer:
B. option A 2 daughter cells
C. option D metaphase
Step 1
Glucose enters glycolysis pathway and glycolysis yields pyruvate, then pyruvate undergoes processing.
step 2
Pyruvate processing ;releases acetylCOA which joins the citric acid cycle.
Step 3
The citric acid cycle yields 2ATP and CO2 and also releases NADH and FADH2 to electron transport chain and chemiosmosis.
Step 4
Chemiosmosis and electron transport chain yields 25 ATP molecules and H2O Oxygen enters electron transport chain and osmosis.
They both need nutrients to carry out life functions
Offspring with a 3:1 ratio suggest that both parent that both parent that give rise to this offspring were both heterozygous. Heterozygous individual is someone who has two different allele at a locus whereby by one gene is dominant over the other gene. example of heterozygous parent is a parent Aa pair of alleles. In this pair gene A is dominant over gene a
The answer is; anaphase
Cytokinesis is the process in which the mother cell divides into daughter cells. This begins with the partitioning of the cytoplasm, then the cell membrane. During anaphase, the chromosomes are moved towards different poles of the cells using spindle fibers. Cytokinesis also begins in this phase and ends during telophase.
