Hydroxylamine is a chemical mutagen that causes, specifically, GC-to-AT transitions in phage T4, while 5-bromouracil readily causes both types of transitions. UV light causes an increase in the frequency of rII mutations in T4. Most, 57 of 62 analyzed, of these UV-induced mutations revert at a high frequency when exposed to 5-bromouracil but not when exposed to hydroxylamine. The remaining 5 mutations reverted with both mutagens. What type of mutation does UV mainly create when producing rII mutants?

the  frequency of a wave represents  the number of wavelengths that pass a specific point per second. the unit for  frequency  is hertz (hz).

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due to the fact that it skipped a generation we can tell it is definitely not a dominant trait, therefore it must be recessive. i think this is right let me know!

explanation:

frogs. the lower the ph the higher the acid content. frogs have the highest tolerance in this scenario.

it marks things for degradation via the proteasome. it alters there celluar location.