B. Axon
The other answers seems to relate to your blood not the nervous system
<span>Note that internal energy is a state function. That means internal energy of the gas can be expressed as function of two state variables, e.g. U = f(T;V). For an ideal gas internal function can be expressed of temperature alone. But is not necessary to make ideal gas assumption to solve this problem.
Because internal energy is a state function, a process changing from state 1 to state 2 has always the same change change in internal energy irrespective of the process design.
The one-step compression and the two two-step compression start at the sam state and end up in same state. the gas undergoes the same change in internal energy:
∆U₁ = ∆U₂
The change in internal energy of the gas equals the heat added to the gas plus work done on it:
Hence,
Q₁ + W₁ = Q₂ + W₂
So the difference in heat transfer between the two process is:
∆Q = Q₂ - Q₁ = W₁ - W₂
The work done on the gas is given by piston is given by the integral
W = - ∫ P_ex dV from V_initial to V_final
For constant external pressure like in this problem this simplifies to
W = - P_ex ∙ ∫ dV from V_initial to V_final
= P_ex ∙ (V_initial - V_final)
I hope my guide has come to your help. Have a nice day ahead and may God bless you always!</span>
- (spring constant) (new length of spring - original length of spring) = Force applied to spring.
that is
-kx=F
Did you only have how far the cart traveled? No mass or acceleration or speed or time taken?
Answer:
the limbic system has its input and processing side (the limbic cortex, amygdala and hippocampus) and an output side (the septal nuclei and hypothalamus).
Explanation:
hope it helps
These stars fuse helium into carbon just like the sun.
