The pressure, temperature and volume of a system change differently during the process of isothermal expansion. indicate whether each quantity increases (i), remains constant (c), or decreases (d). your answers should describe the changes of pressure, temperature, and volume (in that order). separate your answers with commas (e. g., i, c,d means pressure increases, temperature remains constant, and volume decreases).

part d

what is the work w done by the gas as it expands isothermally from v0 to fvv0?

express the work done in terms of p0, v0, and fv. use ln for the natural logarithm.

part e

calculate the quantity of heat q that must be delivered to the gas as it expands from v0 to fvv0.

express your answer in terms of p0, v0, and fv. use ln for the natural logarithm.

Utah's great salt lake has an average salinity seven times higher than that of the oceans. very few multicellular organisms live in this harsh environment. an example is the brine shrimp, which must devote a large portion of its metabolic energy to osmoregulation. these brine shrimp must available hint(s)utah's great salt lake has an average salinity seven times higher than that of the oceans. very few multicellular organisms live in this harsh environment. an example is the brine shrimp, which must devote a large portion of its metabolic energy to osmoregulation. these brine shrimp must pump water back into their cells to counter its loss due to osmosisactively pump water back out of their cells to counter its inflow due to osmosissynthesize membranes that are impermeable to substances that upset osmotic balanceactively pump salt back out of their cells to counter its inflow due to osmosis

A100-watt light bulb illuminates a solar cell. the electricity from the solar cell operates a water pump that delivers 1 watt of power. what is the efficiency of the system?

By what primary heat transfer mechanism does the sun warm the earth?