Enthalpy I believe is enthalpy
Answer:
2. The system will be defined by all the parts that act directly on the object, and the object itself.
So the parts are:
The ball.
The air.
The ground. (because this limits the motion of the ball)
The gravitational force (the force that pulls down the ball)
Why is it not the hand or you a part of the system? Because the phenomena is "a ball being dropped" the only action that you do in the ball is release it (you do not impulse it or anything) and we have our time t = 0s, when the ball is dropped, so the hand that was holding the ball is not in the picture for t ≥ 0s, then it is not part of the system.
3. Using what i wrote above, your hand is not in the system.
4. The air is important because it put resistance to the motion of the ball, if there was void, the ball would reach the ground in less time.
5. It is really hard to draw in a computer, so i will give a rough sketch of the system in this case:
Where: g = gravitational force.
H = initial height of the ball, which is really important for this problem.
Oblique signifies anything that is not at right angle to something. So, an oblique cut is one, which is not perpendicular to the side that it intersects.
In anatomy, an oblique cut refers to a diagonal cross-section achieved by slicing the part of the body or the anatomic composition, in any plane, which does not intersect it at a right angle, or does not parallel the longitudinal axis, that is, neither transverse (horizontal) nor longitudinal (vertical).
I believe the answer is <span>97597, 97598 x 3, L3260, E10.621, E10.51, L97.513
All of these codes covers all of the symtoms that being displayed on the case above. Up from this point, the medical personnels just need to follow the procedure to diagnose the cause of the illness and making appropriate treatments to handle it.
</span>
<span>This relationship is an example of mutualism. Mutualism occurs when two organisms benefit from one another in their existence together. The corals exist on reefs and are near certain types of seaweed that they would need removed. The crabs hide within the corals and actually remove the seaweed for the corals. This demonstrates mutualism as both work together to exist in a mutually beneficial relationship.</span>