)nitrogen gas is heated so that it undergoes the process pictured below. how much heat is required to do this? under these conditions nitrogen behaves like an ideal gas. note that 1 atm = 101 kpa.

(approximately 400 J)

It seems like the question is not complete, but I will asume the volume is changing from 1000 to 3000  cm3.  under constant presure(2 atm).

Explanation:

So, this is called "Isobaric process" because the presure is not changing while the volume does.

So, you just have to use the ecuation at the image.

P(V2-V1)

=2 atm (3000-1000)cm3

=4 atm . L = 405,26 J =   (approximately 400 J)

First, the blood vessels dilate (so the blood cells can go to the damaged tissue)

Then, there's platelet's aggregation (the primary hemostasis) to stop the bleeding

Fibroblasts make collagen to cicatrize the wound

Neutrophils consume the bacteria.

After that, the macrophage removes the damages tissues

And finally, the would closes

that is the right order on plato web

kym t