A liquid freezes at 241 K. What is the freezing point of this liquid on the Celsius scale? WHERE ARE WE GOING?
What information do we need to convert the temperature in K to °C?
(Select all that apply.)
the given temperature in K
the conversion between Kelvin and °C
the conversion between °F and °C
the equivalence statement, 1 mL = 1 cm3
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The rate that would change would be the  searching efficiency/attack rate. there are only two other rates in this model: the  growth rate of prey, and the  predator or consumer mortality rate.the  searching efficiency/attack rate is what indicates how effectively can a predator capture its prey whether in the searching process or actual capturing/attacking process. 

Yes yes yes very good

The part of a scientific argument must be supported by valid data is evidence. this will make the correct answer choice b. 

It is given the initial temperature and the initial pressure, as well as the final pressure. it left for us to find only the final temperature. we can use the following formula: p₁/t₁=p₂/t₂  ⇔ 0.96atm/25ºc=1.25atm/x  ⇔ x=  ⇔ x≈32.6ºcbe careful to do any conversions  that might be needed, in this case, it wasn't necessary because the units were all in conformity with each other.