Figure shows a dihybrid cross but it can be analyzed as a monohybrid cross of just smooth seed coat (S) and wrinkled seed coat (s) with complete dominance that should show a 1:2:1 ratio. Examine Figure and see if you can find these results. Likewise, it can be analyzed as a monohybrid cross of yellow seed coat versus green. Can you find these in the expected ratio? SSSoryGametesGametes(A)F, gametes4 sY4 syV4 SY4 SySSYYSsYySSYYSSYY4 SY4646V4646SSyySsYySsyySSYYV4 Sy46161646SSYYssYySs YYSsYyV4 SY46464646Ss YySsyyssYyssyyVA sy4646(B)FIGURE 16-17 (A) During anaphase I, chromosomes move independently ofeach other, so one pole receives S and the other receives s; likewise, one gets Y andthe other y. But in about half the cells, both S and Y move to the same spindle poleby chance, whereas in other dividing cells, one spindle pole receives S and y, againby chance. (B) A Punnett square for a dihybrid cross is set up just like one for amonohybrid cross; establish the types and relative abundance of gametes, and thenfill in the squares. The table looks a little formidable, but it really consists of two3:1 ratios intermingled.F, gametes

Name: Figure shows a dihybrid cross but it can be analyzed as a monohybrid c
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: Figure shows a dihybrid cross but it can be analyzed as a monohybrid cross of just smooth seed coat (S) and wrinkled seed coat (s) with complete dominance that should show a 1:2:1 ratio. Examine Figure and see if you can find these results. Likewise,