You discover a metabolic poison called PSN1 that kills insects, and decide to test whether this poison affects the electron transport chain. In the mitochondria of insects treated with PSN1, most molecules of cytochrome c and complex IV are oxidized, while most of complex III and coenzyme Q are reduced. Oxygen consumption in such mitochondria is decreased dramatically. Which of the following is the best possible explanation for the activity of PSN1? a. PSN1 is an ETC decoupler, permitting hydrogen ions to pass through the membrane.
b. PSN1 is a molecular mimic of oxygen, competing for the active site of complex IV.
c. PSN1 irreversibly binds to coenzyme Q, preventing its oxidation.
d. PSN1 is an inhibitor of cytochrome c, preventing its reduction.

not: both offer magnification to the atomic level.

well first you need the sample of the temperature and gas level. i couldnt write a hypothesis unless i had some data. i think temperature changes will effect volumes of gas because gas changed into a solid or liquid at specific temperatures.

wild parsnip is a perennial plant which reproduces rapidly in areas which have no sign of agricultural activity such roadside or at no tillage open areas. it's considered invasive because it can inhibit the growth of another plant  and its reproduction is fast. there are several harmful effects of this invasive plant although its taproot is edible since it is a member of the carrot family. wild parsnips can cause skin blistering when in contact because of the chemicals it contains, second it inhibits the growth of other plants, it will restrict the growth of animals when eaten and lastly, it drives away natural pollinators like bees.