In the system shown below, there are 80 x particles, all in region a (the left half of the box). no extra particles can enter the system. when the system is in equilibrium, what will be true of the particles? a. since there are no y particles, the system is already in equilibrium with all 80 x particles in a. b. due to the constant motion of particles, this system will never reach equilibrium. c. in equilibrium, there will be exactly 40 x particles in a and 40 x particles in b, and those numbers will remain constant. d. in equilibrium, there will be approximately 40 x particles in a and 40 x particles in b, and those numbers will fluctuate but will remain near 40.

Which of the following matches the organisms described with the correct domain? a. bacteria--unicellular, eukaryotic organisms with cell walls that do not contain peptidoglycanb. archaea--multicellular, eukaryotic organisms that do not have cell wallsc. eukarya--single-celled and multicellular organisms, with a defined nucleus and a variety of nutritional sourcesd. bacteria--unicellular, eukaryotic organisms that always lack cell walls

Briefly describe the scenario that was discussed in the behaving brain that demonstrated that the brain can change based on state or mood. which disease could the research involving rats and learning experiments that was discussed in the behaving brain ultimately with? in the behaving brain, what is a common misunderstanding about amnesia that was mentioned? what is the truth about amnesia that's mentioned? what does research discussed in the responsive brain show to be different in men and women's reaction to touch? what was discussed in the responsive brain as being brain-based and a vital part of normal growth and development in young children? in the responsive brain, what do they discuss as a possibility for leading to deficiencies in cognitive impairment as we age? in the responsive brain, what did the research involving african cichlid fish demonstrate? briefly describe the back story and affliction of the author of peter pan. what did you find most interesting about the behaving brain video, and why? what did you find most interesting about the responsive brain video, and w

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