CRCR (red flowers); CRCW (pink flowers); CWCW (white flowers); F (full leaves) > f (slender leaves) ; H (heat tolerant) > h (vulnerable to heat) GʻG1 (green leaves); GʻG² (green and yellow leaves); G²G² (yellow leaves) CRCW ff Hh G1G? x CRCW Ff Hh GʻG² Box 1: Which trait displays codominance? Box 2: What is the PHENOTYPE of the first parent in the cross? Box 3: What is the probability of having an offspring which is completely HETEROZYGOUS? Show your work by listing the fractions and how you would determine the answer (add, subtract, divide, multiply, etc).

Question is attached

what is the general definition of gene drive and how does it differ from a gene expression pattern that is mendelian?

True-breeding diabetes-resistant male monkeys were bred to true-breeding wildtype female monkeys. All the F1 monkeys are phenotypically wildtype. The F1 monkeys are bred to each other, producing eight F2 babies. Only one of the eight F2 monkeys has the diabetes resistance. Is it possible for this condition to be controlled by a single autosomal gene? Use chi-square analysis to test the hypothesis, show your work, and explain your conclusion.