50 points - urgent, ! a genetics student is studying a plant that seems to have two mendelian traits, flower color (red is dominant, and yellow is recessive) and seed color (brown is dominant, and green is recessive). use the table button to create a punnett square. your punnett square should show the possible offspring from one parent that is homozygous recessive for both traits and the other parent that is heterozygous for both traits. for flower color, use f and f, and for seed color, use s and s. then, based on the punnett square you made, answer this question: what are the chances that the offspring will have the red flower, green seed phenotype? show your work.

Here is the plato answer !!!

    FS         fs       Fs       fS

fs FfSs    ffss     Ffss     ffSs

fs  FfSs    ffss     Ffss     ffSs

fs  FfSs    ffss     Ffss     ffSs

fs  FfSs    ffss     Ffss     ffSs

According to the Punnett square, 4/16       plants will have red flowers and green seeds.

So, (4 ÷16) × 100 = 25% chance of obtaining offspring with red flower and green seed.

regents of the university of california v. bakke, 438 u.s. 265 (1978), was a landmark decision by the supreme court of the united states. it upheld affirmative action, allowing race to be one of several factors in college admission policy.

only about ten percent of the energy at one trophic level is passed on to organisms at the next trophic level. the remainder of the energy is used in life processes or lost as heat.