The ability to connect what you've learned in class to the real world.
4
To find the average rate of change over an interval, enter a function with an interval.
Basically substitute something for something else or I’m pretty sure it’s whatever the number with the x variable next to it is
I would work extra to organize it if my boss let me then I would get extra money
i am a c i am a c-h i am a c-h-i-s-t-i-a-n and i will l-o-v-e with my h-e-a-r-t
cause i am a c-h-i-s-t-i-a-n
All trophic levels have different efficiencies, thus different energy levels. The first trophic level is the one that produces all of the energy, and that energy travels thought he trophic levels above, but from one to another trophic level the energy is lost, and it is usually around 10% that is transferred. In this case, in order to see what is the efficiency of the the energy tarnsfer we simply need to divide the trophic efficiency of the cats, with the trophic efficiency of the wolves:
96,000 / 9,000 = 10.67%
So we have a trophic efficiency of the wolves of 10.67%.
