#4 please Chrome File Edit View History Bookmarks Profiles Tab Window HelpGmailColumbus Letter.pdfYouTubemoodle.millikin.edu/pluginfile.php/232272/mod_resource/content/0/4%20genetic%20crosses.pdf4 genetic crossesTranslateOX in FA23-B1300 01 - CRN:10060: A XNew Tab9,3064 genetic crosses1 / 2100% + |females. What chromosome likely carries the gene for this trait? Explain why this trait ismore common in males. Use a Punnett square to help demonstrate your explanation.4. The hypothesis of blended inheritance (see slides from 8/24/22) states that anoffspring's traits are an intermediate form between the two parents' traits. Theincomplete dominance pattern of inheritance seems to support this idea at first glance.However, when you investigate this further you can see that it actually does support thediscrete trait hypothesis. Explain why this is. Hint: set up several crosses of a traitshowing incomplete dominance, and look for examples where the phenotype of theoffspring is NOT a blend of the two parents.SEP295. Unicorn lily flowers have four different alleles for flower color: purple, magenta, orange,or silver. Based on the following crosses, explain the relationship between these threealleles in terms of which are dominant, recessive, or have another relationship. In theexamples listed below, all parents are true-breeding.Purple x magenta → All F1 offspring are purpleSilver x magenta → All F1 offspring are magentaOrange x silver →All F1 offspring are orangePurple x orange → All F1 offspring are purpleOrange x magenta → All F1 offspring display flowers with orange & magenta petalstv▬2AW44P80Thu Sep 29 1:08 PM☐M :

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Description: #4 please Chrome File Edit View History Bookmarks Profiles Tab Window HelpGmailColumbus Letter.pdfYouTubemoodle.millikin.edu/pluginfile.php/232272/mod_resource/content/0/4%20genetic%20crosses.pdf4 genetic crossesTranslateOX in FA23-B1300 01 - CRN:100