In the plant arabidopsis thaliana, a geneticist is interested in the development of trichomes (small projections). a large screen turns up two mutant plants (a and b) that have no trichomes, and these mutants seem to be potentially useful in studying trichome development. (if they were determined by single-gene mutations, then finding the normal and abnormal functions of these genes would be instructive.) each plant is crossed with wild type; in both cases, the next generation (f1) had normal trichomes. when f1 plants were selfed, the resulting f2's were as follows: f2 from mutant a: 602 normal; 198 no trichomes f2 from mutant b: 267 normal; 93 no trichomes what can be deduced about the trichome mutants?

Imagine an isolated positive point charge q (many times larger than the charge on a single proton). there is a charged particle a (whose charge is much smaller than charge q) at a distance from the point charge q. on which of the following quantities does the magnitude of the electric field created by charge q at particle a's position depend? check all that apply.the type of the charge on the charged particle athe relative orientation between q and a (while the distance between q and a is fixed)the specific location of the charged particle a (while the distance between q and a is fixed)the amount of the charge on the point charge qthe specific location of the point charge q (while the distance between q and a is fixed)the distance between the point charge q and the charged particle athe amount of the charge on the charged particle a