The conclusion that can be drawn about the second punic war from the information in the map is;
D) Rome had enemies both on the Italian peninsula and in North Africa.
<h3>Facts about the Second Punic War</h3>
From the second punic war from the information on the map, we can tell that the Roman Republic were fighting against the Carthaginian empire which was based in Northern region of Africa.
Now, some kingdoms in the Italian peninsula allied themselves with the Carthage empire.
Finally, we can say that Rome had enemies in North Africa (Carthage empire) and on the the kingdoms of the Italian peninsula that allied themselves with the Carthage empire.
In conclusion, the correct answer is that Rome had enemies on the Italian peninsula and in northern Africa.
The missing options are;
A) Rome had established firm control of the Italian peninsula prior to the Second Punic War.
B) The Roman's allies played a key role in their victory on the Italian peninsula.
C) Rome was also at battle with the Carthaginians over territory in the Eastern Mediterranean.
D) Rome had enemies both on the Italian peninsula and in North Africa.
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Answer:
B. Students' ACCUPLACER scores might indicate that they need to
develop certain skills before enrolling in college-level coursework.
Explanation:
The true statement about the graph of f(x) is 
The graph of f(x) is a straight line that passes through the points (-5,0) and (0,3).
Start by calculating the slope (m)
So, we have:
Simplify
The equation of the line is then calculated as:
This gives
Open bracket
Express y as a function of x
Hence, the true statement about the graph of f(x) is
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The expression (PE products) - (PE reactants) represents the heat of reaction for a chemical change in terms of PE (potential energy).
<h3>What is potential energy?</h3>
Potential energy is any type of energy stored to perform physical work in a given period of time.
Conversely, kinetic energy is motion (movement) energy used when performing physical work.
In conclusion, the expression (PE products) - (PE reactants) represents the heat of reaction for a chemical change in terms of PE (potential energy).
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When she descends the potential energy will decrease at the same rate that the kinetic energy increases.
<h3>
</h3><h3>
How to describe changes in energy?</h3>
We know that we can write the total energy of a moving object as:
E = U + K
Where U is the potential energy and K is the kinetic energy.
In the given case, U will only depend on the height of the girl and it will be maximized when the height is maximum.
K = (1/2)*m*v^2
where m is the mass and v is the velocity.
When the girl is at the highest point, the velocity becomes equal to zero. This happens because at that point she stops going up and starts going down, so the velocity must be zero at that moment.
Then we have K = 0.
E = U.
As she starts going down, the velocity starts increasing and the height decreases, thus, the kinetic energy increases and the potential energy decreases. This relates to the conservation of energy. E will always be the same value, but K and U will depend on the position of the girl.
This means that if the potential energy decreases a quantity e', then the kinetic energy must be increased by that same amount.
If you want to learn more about energy, you can read:
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