MONOHYBRID CROSS 1. Present the data as monohybrids (Xx, XX, xx) for all five corn cobs and for the plant. Present the colour and texture phenotypes with their associated genotypes in separate tables.  Your first table should include the corn ID, the number of purple kernels, the number of yellow kernels, and the phenotypic ratio between the two kernel colours.  Present the texture results in the same format to a separate table. 2. What is the dominant phenotype for kernel colour in your assigned corn plant? What is the dominant phenotype for kernel texture in your assigned corn plant? 3. What are the probable phenotypes for the previous generation of corn plants with regard to kernel coloration?

THIS IS A THREE PART QUESTION! PLEASE COMPLETE EACH OF THE PARTS (2a)   For picture A  Type a)  Type 1) 4 dark spores 4 light spores.....in that order 4:4= 4 Type 2) 4 light spores 4 dark spores.....in that order 4:4= 3 Total sum of parental types =7  Type b) Type 1) 2 dark 2 light 2dark 2 light spores 2:2:2:2= 1 Type 2) 2 light  2 dark  2 light  2dark spores 2:2:2:2 = 4 Total sum of recombinat type A = 5 Type c) Type 1) 2 light spores 4 dark spores 2 light spores 2:4:2 = 1 Type 2) 2 dark spores. 4 light spores 2 dark spores= 5 Total sum of type B recombinats= 6 (2B) Type a) 4 dark spores 4 light spores.....in that order 4:4 (type 1) ---->8 4 light spores and 4 dark spores in that order...... 4:4 (type 2). ---->5 Total Sum of Parental Types =13 Type b) 2 dark 2 light 2dark 2 light spores 2:2:2:2 (type 1). ---->4 2 light  2 dark  2 light  2dark spores 2:2:2:2 (type 2). ---6 Total Sum Recombinant Type A =10   Type c) 2 light spores 4 dark spores 2 light spores 2:4:2 (type 1).…

Help !

Draw the daugher cells (only the daughter cells, not the process) for each situation below & be sure to include whether the cells are diploid or haploid, number of chromosomes and chromatids for each one. cell has a diploid number of 12 (2n=12) a) daughter cells after mitosis b) daughter cell after meiosis I  b) daughter cell after meiosis II

If an organism's haploid number of chromosomes is 10, it's diploid number is О зо O 20 40 10

ning.com/index.cfm?method%3DcResource.dspView&ResourcelD=1070&ClassID=D385 O C. Prophase l OD. Anaphase II 2. The gametes in the image below could have formed from which parent? OA Male OB. Female C Male or female D. Neither male nor female 3. Which healthy gamete could not result from the parent cell shown? acer

The Bread Mold model used by Beadle and Tatum was selected for which of the following reasons?

Here's Oxytricha trifallax, a neat protist that contains 15,600 chromosomes as compared to our measly 46.  Assuming meiosis happened exactly the same as in us (diploid organisms),  How many chromosomes would you expect to find in cells of this species following Meiosis 1?   Group of answer choices 7,800 31,200 23 3900

arning.com/index.cfm?method%3cResource.dspView&ResourcelD=1070&ClassID= OD. Anaphase II 2. The gametes in the image below could have formed from which parent? OA. Male OB. Female C. Male or female D. Neither male nor female 3. Which healthy gamete could not result from the parent cell shown?

Please answer asap