In Drosophila, a female fly is heterozygous for three mutations, Bar eyes (B), miniature wings (m), and ebony body (e). Note that Bar is a dominant mutation. The fly is crossed to a male with normal eyes, miniature wings, and ebony body. The results of the cross are as follows: 111 miniature 29 wildtype 117 Bar 26 Bar, miniature 101 Bar, ebony 31 Bar, miniature, ebony 35 ebony 115 miniature, ebony Which of the following describes the relationship between these three genes? 1. B, m and e are all unlinked; each gene is on a different chromosome.
2. B and e are linked on the same chromosome; m is on a different chromosome.
3. B, m and e are all linked on the same chromosome.
4. m and e are linked on the same chromosome; B is on a different chromosome.
5. B and m are linked on the same chromosome; e is on a different chromosome.

the bald eagle got 50 because everything gets 10% of what they consume and since 50 is ten % of 500 hundred that means the   grasshopper had to have consumed a plant with 5,000 calories of energy

the dna molecules have a negative charge because of the phosphate groups in their sugar-phosphate backbone, so they start moving through the matrix of the gel towards the positive pole. power is turned on and dna fragments migrate through gel (towards the positive electrode).

explanation:

your answer is going to be physical weathering

well this my answer.

releases oxygen is a light-independent reaction and so is (fixes carbon dioxide. light-dependent reaction takes place in the stroma and lights dependent reaction take place in the grana, light-dependent reactions produce atp. and last but not least, light dependent reactions produces glucose.

hope it : )